mhurhangee/ep-ind-claims huggingface dataset:
Method for managing the reception of digital contents (CH1-CH3) by a management device (DISP) capable of receiving a command for selection of a content, called main content, from a control device, the management device being capable of requesting access to the main content and other digital contents (CH1; CH3), called secondary contents, of receiving the data streams representative of the requested contents (CH1-CH3), and of requesting the rendering of the main content, comprising the following steps: a. reception of the main content and of the secondary contents, the secondary contents being received during a given period (T1, T2), b. and characterized in that in the course of the rendering of the main content, a detection of an activity linked to the control device, distinct from a content selection command, triggers a request capable of requesting, if the given period has expired, the reception of the same secondary contents (CH1; CH3). a. reception of the main content and of the secondary contents, the secondary contents being received during a given period (T1, T2), b. and characterized in that in the course of the rendering of the main content, a detection of an activity linked to the control device, distinct from a content selection command, triggers a request capable of requesting, if the given period has expired, the reception of the same secondary contents (CH1; CH3).
A host network accelerator (17, 60, 111) comprising: a physical network interface to connect to a switch fabric comprising a plurality of switches (16, 18) that provide connectionless packet-based switching for packets through a physical network; an input/output, I/O, bus interface to connect to an I/O bus of a server providing an operating environment executing one or more virtual machines associated with one or more virtual networks; and a hardware-based virtual router positioned on a data path between the physical network interface and the I/O bus interface, the virtual router configured to apply routing information of the virtual networks to route packets between the virtual machines executing on the server and virtual machines executing on one or more remote servers coupled to the physical network, wherein the virtual router is configured to receive outbound packets from the virtual machines by the I/O bus and construct outbound tunnel packets in accordance with an overlay network extending across the switch fabric, wherein the outbound tunnel packets encapsulate the outbound packets, and wherein the virtual router is configured to receive inbound tunnel packets from the switch fabric by the physical network interface, extract inner packets encapsulated within the inbound tunnel packets and route the inner packets to the virtual machines by the I/O bus in accordance with routing information for the virtual networks. a physical network interface to connect to a switch fabric comprising a plurality of switches (16, 18) that provide connectionless packet-based switching for packets through a physical network; an input/output, I/O, bus interface to connect to an I/O bus of a server providing an operating environment executing one or more virtual machines associated with one or more virtual networks; and a hardware-based virtual router positioned on a data path between the physical network interface and the I/O bus interface, the virtual router configured to apply routing information of the virtual networks to route packets between the virtual machines executing on the server and virtual machines executing on one or more remote servers coupled to the physical network, wherein the virtual router is configured to receive outbound packets from the virtual machines by the I/O bus and construct outbound tunnel packets in accordance with an overlay network extending across the switch fabric, wherein the outbound tunnel packets encapsulate the outbound packets, and wherein the virtual router is configured to receive inbound tunnel packets from the switch fabric by the physical network interface, extract inner packets encapsulated within the inbound tunnel packets and route the inner packets to the virtual machines by the I/O bus in accordance with routing information for the virtual networks.
A retaining apparatus for use with a medicament delivery device, the medicament delivery device comprising a container holder assembly and an actuator assembly, the container holder assembly configured to receive a container containing a medicament, the container holder assembly configured to couple to the actuator assembly, wherein the actuator assembly comprises a plunger rod for engaging a stopper in the container, the retaining apparatus comprising: a plunger lock seated within a proximal end of the actuator assembly, the plunger lock securing the plunger rod; characterised in a retaining member seated within the plunger lock; and a biasing member secured between the proximal end of the actuator assembly and the retaining member; wherein the retaining member is biased in a proximal direction by the biasing member; wherein the plunger lock defines an internal cavity, and wherein the retaining member is slidably biased within the internal cavity of the plunger lock. a plunger lock seated within a proximal end of the actuator assembly, the plunger lock securing the plunger rod; characterised in a retaining member seated within the plunger lock; and a biasing member secured between the proximal end of the actuator assembly and the retaining member; wherein the retaining member is biased in a proximal direction by the biasing member; wherein the plunger lock defines an internal cavity, and wherein the retaining member is slidably biased within the internal cavity of the plunger lock.
A battery comprising: an electrode group; and a case that houses the electrode group and includes a side wall of a tubular shape, a bottom connected to a lower end of the side wall in a height direction, and an opening provided at an upper end of the side wall, wherein the bottom includes an inner surface that includes a slope inclined with respect to a plane orthogonal to the height direction, characterized in that the electrode group includes a plurality of electrode units each including a positive electrode and a negative electrode, in each of the electrode units, the positive electrode and the negative electrode face each other in a stacking direction, the plurality of electrode units are arranged in the stacking direction, the plurality of electrode units include a first electrode unit and a second electrode unit adjacent to each other in the stacking direction, the slope includes a first slope in thermal contact with the first electrode unit and a second slope in thermal contact with the second electrode unit, and a virtual straight line extending in the stacking direction intersects both the first slope and the second. an electrode group; and a case that houses the electrode group and includes a side wall of a tubular shape, a bottom connected to a lower end of the side wall in a height direction, and an opening provided at an upper end of the side wall, wherein the bottom includes an inner surface that includes a slope inclined with respect to a plane orthogonal to the height direction, characterized in that the electrode group includes a plurality of electrode units each including a positive electrode and a negative electrode, in each of the electrode units, the positive electrode and the negative electrode face each other in a stacking direction, the plurality of electrode units are arranged in the stacking direction, the plurality of electrode units include a first electrode unit and a second electrode unit adjacent to each other in the stacking direction, the slope includes a first slope in thermal contact with the first electrode unit and a second slope in thermal contact with the second electrode unit, and a virtual straight line extending in the stacking direction intersects both the first slope and the second.
A mass spectrometer comprising: an ion mobility spectrometer or separator; a first ion guide arranged downstream of said ion mobility spectrometer or separator, said first ion guide being arranged to receive ions from said ion mobility spectrometer or separator, and wherein said first ion guide comprises a plurality of electrodes; a first voltage means arranged and adapted to apply one or more voltages or one or more voltage waveforms to said plurality of electrodes so that ions received from said ion mobility spectrometer or separator are transported and/or translated in separate regions or portions of said first ion guide; and a mass analyser arranged downstream of said first ion guide, characterised in that said mass spectrometer further comprises: a control system arranged and adapted to switch or repeatedly switch the potential difference through which ions pass prior to entering said first ion guide between a high fragmentation mode of operation wherein ions are substantially fragmented upon entering said first ion guide by collision with gas molecules present in said first ion guide and a low fragmentation mode of operation wherein substantially less ions are fragmented or wherein substantially no ions are fragmented upon entering said first ion guide. an ion mobility spectrometer or separator; a first ion guide arranged downstream of said ion mobility spectrometer or separator, said first ion guide being arranged to receive ions from said ion mobility spectrometer or separator, and wherein said first ion guide comprises a plurality of electrodes; a first voltage means arranged and adapted to apply one or more voltages or one or more voltage waveforms to said plurality of electrodes so that ions received from said ion mobility spectrometer or separator are transported and/or translated in separate regions or portions of said first ion guide; and a mass analyser arranged downstream of said first ion guide, characterised in that said mass spectrometer further comprises: a control system arranged and adapted to switch or repeatedly switch the potential difference through which ions pass prior to entering said first ion guide between a high fragmentation mode of operation wherein ions are substantially fragmented upon entering said first ion guide by collision with gas molecules present in said first ion guide and a low fragmentation mode of operation wherein substantially less ions are fragmented or wherein substantially no ions are fragmented upon entering said first ion guide. a control system arranged and adapted to switch or repeatedly switch the potential difference through which ions pass prior to entering said first ion guide between a high fragmentation mode of operation wherein ions are substantially fragmented upon entering said first ion guide by collision with gas molecules present in said first ion guide and a low fragmentation mode of operation wherein substantially less ions are fragmented or wherein substantially no ions are fragmented upon entering said first ion guide.
A packaging machine comprising a transversal sealing unit of bags, substantially consisting of a plate support which comprises a series of additional supports and kinematic organs for the horizontal and vertical activation of grippers (22, 23), one internal and the other external, for the sealing and cutting of each bag, first and second motors (25, 26), mounted on a fixed support, which motors cause the vertical movement of a main carriage and of a gripper carriage by means, respectively, of a first screw shaft and a second screw shaft, said main carriage supporting two pairs of horizontal and sliding parallel arms (33, 34), the internal flrst of which control the horizontal movement of the internal gripper and the second control the horizontal movement of the external gripper, while the vertical movement of the grippers to follow the moving bag is achieved by the vertical movement of the main carriage.
A method for filling a container with a filling product, preferably in a beverage filling system, wherein the method comprises: determining one or more changeable influence variables which influence a target variable of the filling process, namely a filling level and/or a filling volume; receiving the influence variables by means of a control apparatus; calculating at least one output variable from the received influence variables by means of a calculation model of the control apparatus; and filling the container as a function of the at least one output variable; characterized in that the calculation model of the control apparatus carries out a precalculation as to which value for the target variable is to be anticipated as a function of the received influence variables, and determines the at least one output variable therefrom. determining one or more changeable influence variables which influence a target variable of the filling process, namely a filling level and/or a filling volume; receiving the influence variables by means of a control apparatus; calculating at least one output variable from the received influence variables by means of a calculation model of the control apparatus; and filling the container as a function of the at least one output variable; characterized in that the calculation model of the control apparatus carries out a precalculation as to which value for the target variable is to be anticipated as a function of the received influence variables, and determines the at least one output variable therefrom.
Circuitry for controlling a depletion-mode transistor, the circuitry comprising: a first transistor having: a drain couplable to a source of the depletion-mode transistor; a source coupled to a first voltage node; and a gate coupled to a control node; a second transistor having: a drain couplable to a gate of the depletion-mode transistor; a source coupled to the first voltage node; and a gate coupled through at least one first logic device to an input node; a third transistor having: a drain couplable to the gate of the depletion-mode transistor; a source coupled to a second voltage node; and a gate coupled through at least one second logic device to the input node; and fault detection circuitry (106, 112) adapted to detect a fault condition, wherein the fault condition includes at least one of: an under-voltage condition; an over-voltage condition; an over-current condition; and an over-temperature condition, and wherein a voltage of the second voltage node is for turning off the depletion-mode transistor. a first transistor having: a drain couplable to a source of the depletion-mode transistor; a source coupled to a first voltage node; and a gate coupled to a control node; a second transistor having: a drain couplable to a gate of the depletion-mode transistor; a source coupled to the first voltage node; and a gate coupled through at least one first logic device to an input node; a third transistor having: a drain couplable to the gate of the depletion-mode transistor; a source coupled to a second voltage node; and a gate coupled through at least one second logic device to the input node; and fault detection circuitry (106, 112) adapted to detect a fault condition, wherein the fault condition includes at least one of: an under-voltage condition; an over-voltage condition; an over-current condition; and an over-temperature condition, and wherein a voltage of the second voltage node is for turning off the depletion-mode transistor.
A method for encoding a source word, comprising: receiving a 1 × K source word row vector u; and generating a 1 × N codeword vector c = u - G, wherein G is a K × N generator matrix of a low density parity check, LDPC, code with an LDPC matrix H n, the matrix H n having a lifting factor Z, and wherein the matrix H n comprises two rows and sixteen columns of submatrices, each submatrix having a size Z × Z with Z = 42 or Z = 84, and wherein at least one submatrix has m, diagonals of "1", and wherein m 1 = 2; and wherein the matrix H n is 37+35 31+19 18+41 23+22 11+40 21+41 6+39 20+6 32+28 9+18 12+17 29+3 -+28 0+- 13+- -+- 25+29 22+30 4+0 34+8 31+33 3+22 14+17 15+4 4+27 -+28 14+20 18+27 13+24 13+23 22+- 24+- wherein "-+-" is the Z × Z submatrix with all entries equal to zero, "i+-" is the Z × Z submatrix obtained by cyclically shifting the columns of the Z × Z identity matrix to the right by i elements, "-+i" is equal to "i+-", and "i+j" is the sum of the Z × Z submatrices "i+-" and "-+j", wherein i and j are non-negative integers. receiving a 1 × K source word row vector u; and generating a 1 × N codeword vector c = u - G, wherein G is a K × N generator matrix of a low density parity check, LDPC, code with an LDPC matrix H n, the matrix H n having a lifting factor Z, and wherein the matrix H n comprises two rows and sixteen columns of submatrices, each submatrix having a size Z × Z with Z = 42 or Z = 84, and wherein at least one submatrix has m, diagonals of "1", and wherein m 1 = 2; and wherein the matrix H n is 37+35 31+19 18+41 23+22 11+40 21+41 6+39 20+6 32+28 9+18 12+17 29+3 -+28 0+- 13+- -+- 25+29 22+30 4+0 34+8 31+33 3+22 14+17 15+4 4+27 -+28 14+20 18+27 13+24 13+23 22+- 24+- wherein "-+-" is the Z × Z submatrix with all entries equal to zero, "i+-" is the Z × Z submatrix obtained by cyclically shifting the columns of the Z × Z identity matrix to the right by i elements, "-+i" is equal to "i+-", and "i+j" is the sum of the Z × Z submatrices "i+-" and "-+j", wherein i and j are non-negative integers. G is a K × N generator matrix of a low density parity check, LDPC, code with an LDPC matrix H n, the matrix H n having a lifting factor Z, and wherein the matrix H n comprises two rows and sixteen columns of submatrices, each submatrix having a size Z × Z with Z = 42 or Z = 84, and wherein at least one submatrix has m, diagonals of "1", and wherein m 1 = 2; and wherein the matrix H n is 37+35 31+19 18+41 23+22 11+40 21+41 6+39 20+6 32+28 9+18 12+17 29+3 -+28 0+- 13+- -+- 25+29 22+30 4+0 34+8 31+33 3+22 14+17 15+4 4+27 -+28 14+20 18+27 13+24 13+23 22+- 24+- wherein "-+-" is the Z × Z submatrix with all entries equal to zero, "i+-" is the Z × Z submatrix obtained by cyclically shifting the columns of the Z × Z identity matrix to the right by i elements, "-+i" is equal to "i+-", and "i+j" is the sum of the Z × Z submatrices "i+-" and "-+j", wherein i and j are non-negative integers.
A method comprising: receiving a call from a switch; extracting a directory number from the call relating to a device from which the call was placed; in response to extracting the directory number from the call, searching a central hot desking table to determine whether said directory number corresponds with an operational profile; and if the directory number corresponds with an operational profile, invoking said operational profile on the device having the extracted directory number. receiving a call from a switch; extracting a directory number from the call relating to a device from which the call was placed; in response to extracting the directory number from the call, searching a central hot desking table to determine whether said directory number corresponds with an operational profile; and if the directory number corresponds with an operational profile, invoking said operational profile on the device having the extracted directory number.
A process for producing biguanidine salts of formula, wherein a) an amine of formula is converted into a salt with an acid H + A -, b) cyanoguanidine and 0.5 to 10 mol percent of the biguanidine salt to be produced, based on the amine of formula, in a polar aprotic solvent are metered in with stirring at elevated temperature, c) after cooling the thus obtained reaction mixture is suctioned off, washed with solvent and dried, and d) where the substituents are as defined hereinbelow: R 1 is hydrogen, (C 1 -C 8)-alkyl, (C 3 -C 8)-cycloalkyl, phenyl, naphthyl, (C 1 -C 4)-alkylphenyl, wherein the four last-mentioned radicals are substituted by n radicals from the group consisting of methyl, ethyl, propyl and methoxy, R 2 is (C 1 -C 8)-alkyl, (C 3 -C 8)-cycloalkyl, phenyl, naphthyl, phenyl-(C 1 -C 4)-alkyl, wherein these four abovementioned radicals are substituted by n radicals from the group consisting of methyl, ethyl, propyl, methoxy and (C 3 -C 4)-cycloalkyl, or R 1 and R 2 together with the carbon atom to which they are bonded form a radical from the group consisting of (C 3 -C 8)-cycloalkyl, phenyl-(C 3 -C 8)-cycloalkyl, A - is an anion of an acid, n is 0, 1, 2 or 3. a) an amine of formula is converted into a salt with an acid H + A -, b) cyanoguanidine and 0.5 to 10 mol percent of the biguanidine salt to be produced, based on the amine of formula, in a polar aprotic solvent are metered in with stirring at elevated temperature, c) after cooling the thus obtained reaction mixture is suctioned off, washed with solvent and dried, and d) where the substituents are as defined hereinbelow: R 1 is hydrogen, (C 1 -C 8)-alkyl, (C 3 -C 8)-cycloalkyl, phenyl, naphthyl, (C 1 -C 4)-alkylphenyl, wherein the four last-mentioned radicals are substituted by n radicals from the group consisting of methyl, ethyl, propyl and methoxy, R 2 is (C 1 -C 8)-alkyl, (C 3 -C 8)-cycloalkyl, phenyl, naphthyl, phenyl-(C 1 -C 4)-alkyl, wherein these four abovementioned radicals are substituted by n radicals from the group consisting of methyl, ethyl, propyl, methoxy and (C 3 -C 4)-cycloalkyl, or R 1 and R 2 together with the carbon atom to which they are bonded form a radical from the group consisting of (C 3 -C 8)-cycloalkyl, phenyl-(C 3 -C 8)-cycloalkyl, A - is an anion of an acid, n is 0, 1, 2 or 3. R 1 is hydrogen, (C 1 -C 8)-alkyl, (C 3 -C 8)-cycloalkyl, phenyl, naphthyl, (C 1 -C 4)-alkylphenyl, wherein the four last-mentioned radicals are substituted by n radicals from the group consisting of methyl, ethyl, propyl and methoxy, R 2 is (C 1 -C 8)-alkyl, (C 3 -C 8)-cycloalkyl, phenyl, naphthyl, phenyl-(C 1 -C 4)-alkyl, wherein these four abovementioned radicals are substituted by n radicals from the group consisting of methyl, ethyl, propyl, methoxy and (C 3 -C 4)-cycloalkyl, or R 1 and R 2 together with the carbon atom to which they are bonded form a radical from the group consisting of (C 3 -C 8)-cycloalkyl, phenyl-(C 3 -C 8)-cycloalkyl, A - is an anion of an acid, n is 0, 1, 2 or 3.
A traction motor for a vehicle comprising: - an enclosure, - a rotor positioned in the enclosure and capable of being rotated about an axis of rotation, and - at least one cooling channel of the rotor, characterised in that the motor also comprises a device for detecting the blockage of the at least one cooling channel, the detecting device comprising: - an optical transmitter, positioned opposite a first end of the at least one cooling channel when the rotor is in a predetermined position, the optical transmitter being adapted to emit an optical beam in alignment with said cooling channel when the rotor is in the predetermined position, - an optical receiver, positioned opposite a second end of the at least one cooling channel when the rotor is in the predetermined position, the optical receiver being configured to receive the optical beam and generate an electrical signal representative of the light intensity of the received optical beam, and - a processing module configured to determine, as a function of the electrical signal generated by the optical receiver, the blocking of the at least one cooling channel. - an enclosure, - a rotor positioned in the enclosure and capable of being rotated about an axis of rotation, and - at least one cooling channel of the rotor, - an optical transmitter, positioned opposite a first end of the at least one cooling channel when the rotor is in a predetermined position, the optical transmitter being adapted to emit an optical beam in alignment with said cooling channel when the rotor is in the predetermined position, - an optical receiver, positioned opposite a second end of the at least one cooling channel when the rotor is in the predetermined position, the optical receiver being configured to receive the optical beam and generate an electrical signal representative of the light intensity of the received optical beam, and - a processing module configured to determine, as a function of the electrical signal generated by the optical receiver, the blocking of the at least one cooling channel.