mhurhangee/ep-ind-claims huggingface dataset:
Household refrigeration appliance device, in particular household freezer appliance device, having a frame unit (12a, 12b), which is provided to delimit an access opening (14a, 14b) at least partially and which has at least one frame sub-element (16a, 16b), which comprises at least one groove (20a, 20b) running at least substantially in parallel to a main direction of extension (18a, 18b) of the frame sub-element (16a, 16b), wherein the frame sub-element (16a, 16b) has at least two cross-sectional shapes (24a, 24b, 26a, 26b) which differ substantially from one another in a subregion (22a, 22b) in relation to the main direction of extension (18a, 18b), characterised in that the frame sub-element (16a, 16b) and/or the groove (20a, 20b), viewed in the main direction of extension (18a, 18b), is configured to be at least substantially curved at least in sections.
A method for tuning a system that comprises intervened Proportional Integral Derivative, PID, control loops, the method comprising: 1.1 receiving a performance objective of the system; 1.2 generating a collection of values respectively corresponding to a plurality of parameters of the intervened control loops, the collection of values for the parameters generated based on stored information that comprises a stored velocity and a stored position; 1.3 evaluating the collection of values for the parameters of the intervened control loops, wherein the evaluating comprises: 1.3.1 determining a performance measure of the system using the collection of values; and 1.3.2 comparing the performance measure and the performance objective of the system; 1.4 in response to a determination that a difference between the performance objective and the performance measure exceeds a predetermined threshold, updating the stored information by storing the collection of values as a stored collection of values for the parameters; and 1.5 in response to a predetermined termination condition being satisfied, configuring the intervened control loops according to the stored information for the parameters; wherein the method uses 1.6 a PID control tuning which couples a Gain-Phase Margin method with a Particle Swamp Optimization algorithm. 1.1 receiving a performance objective of the system; 1.2 generating a collection of values respectively corresponding to a plurality of parameters of the intervened control loops, the collection of values for the parameters generated based on stored information that comprises a stored velocity and a stored position; 1.3 evaluating the collection of values for the parameters of the intervened control loops, wherein the evaluating comprises: 1.3.1 determining a performance measure of the system using the collection of values; and 1.3.2 comparing the performance measure and the performance objective of the system; 1.3.1 determining a performance measure of the system using the collection of values; and 1.3.2 comparing the performance measure and the performance objective of the system; 1.4 in response to a determination that a difference between the performance objective and the performance measure exceeds a predetermined threshold, updating the stored information by storing the collection of values as a stored collection of values for the parameters; and 1.5 in response to a predetermined termination condition being satisfied, configuring the intervened control loops according to the stored information for the parameters; wherein the method uses 1.6 a PID control tuning which couples a Gain-Phase Margin method with a Particle Swamp Optimization algorithm.
A pressing tool for producing a workpiece, comprising a pressing surface (2, 52) having a structure of protrusions and recesses, a wear layer with an optical property, the wear layer at least partially forming the pressing surface (2, 52), and an indicator layer, which is arranged under the wear layer and in which particles having optical properties are embedded, so that the indicator layer has a corresponding optical property, which is different from the optical property of the wear layer, characterized in that the wear layer at least partially forming the pressing surface is a full-surface wear layer, on which a partial wear layer is arranged, and the full-surface wear layer has a degree of gloss, and the partial wear layer has a degree of gloss that is different from the degree of gloss of the full-surface wear layer.
A method for determining a body impedance (Z body) of a user, the method comprising: coupling a sensor device (108; 208; 312; 410) to the user, wherein the sensor device includes at least a first electrode and a second electrode; applying a voltage signal (V in) through a first impedance (Z in1) to the first electrode and through a second impedance (Z in2) to the second electrode to produce an electrical output signal; measuring a differential voltage (V body) across the first and second electrodes using the electrical output signal; and calculating the body impedance (Z body) using the measured differential voltage (V body), the applied voltage signal (V in), the first impedance (Z in1), and the second impedance (Z in2), wherein calculating the body impedance (Z body) utilizes the following equation: Z body = V body / V in − V body × Z in 1 + Z in 2. coupling a sensor device (108; 208; 312; 410) to the user, wherein the sensor device includes at least a first electrode and a second electrode; applying a voltage signal (V in) through a first impedance (Z in1) to the first electrode and through a second impedance (Z in2) to the second electrode to produce an electrical output signal; measuring a differential voltage (V body) across the first and second electrodes using the electrical output signal; and calculating the body impedance (Z body) using the measured differential voltage (V body), the applied voltage signal (V in), the first impedance (Z in1), and the second impedance (Z in2), wherein calculating the body impedance (Z body) utilizes the following equation: Z body = V body / V in − V body × Z in 1 + Z in 2.
Capacitive sensor device, comprising - an electrode system, comprising - a first transmitting electrode (Tx+) and a first reception electrode (Rx+), wherein the first transmitting electrode (Tx+) is capacitively coupled with the first reception electrode (Rx+), and - a second transmitting electrode (Tx-) and a second reception electrode (Rx-), wherein the second transmitting electrode (Tx-) is capacitively coupled with the second reception electrode (Rx-), - a signal generator for feeding the first transmitting electrode (Tx+) with a first electric alternating signal and the second transmitting electrode (Tx-) with a second electric alternating signal, and - a signal processing device, which is coupled with the first reception electrode (Rx+) and with the second reception electrode (Rx-), and which is adapted to form a first measurement variable from the difference between a first electric value tapped at the first reception electrode (Rx+) and a second electric value tapped at the second reception electrode (Rx+), characterized in that the AC voltage component of the first electric alternating signal is inverse to the AC voltage component of the second electric alternating signal. - an electrode system, comprising - a first transmitting electrode (Tx+) and a first reception electrode (Rx+), wherein the first transmitting electrode (Tx+) is capacitively coupled with the first reception electrode (Rx+), and - a second transmitting electrode (Tx-) and a second reception electrode (Rx-), wherein the second transmitting electrode (Tx-) is capacitively coupled with the second reception electrode (Rx-), - a signal generator for feeding the first transmitting electrode (Tx+) with a first electric alternating signal and the second transmitting electrode (Tx-) with a second electric alternating signal, and - a signal processing device, which is coupled with the first reception electrode (Rx+) and with the second reception electrode (Rx-), and which is adapted to form a first measurement variable from the difference between a first electric value tapped at the first reception electrode (Rx+) and a second electric value tapped at the second reception electrode (Rx+), characterized in that the AC voltage component of the first electric alternating signal is inverse to the AC voltage component of the second electric alternating signal.
An instrumented bearing comprising a bearing and a sensor unit for sensing the angular position of the rotatable ring with respect to the fixed ring of the bearing, said sensor unit comprising an encoder element which is fast with the rotatable ring, and a sensing element fast with the fixed ring, adapted to sense a parameter representative of the rotation speed of the rotatable ring, the sensing element being mounted in a casing fast with the fixed ring, wherein the casing comprises a peripheral wall (666; 662) mounted on the fixed ring and which includes at least one snap portion adapted to be received in a recess of a surface of the fixed ring, charcaterized in that the peripheral wall (666; 662) also comprises at least one axial blocking portion adapted to abut against a lateral surface of the fixed ring, and the or each snap portion and the or each blocking portion are alternated around a central axis of the casing.
An emulator (11, 12, 13), targeting a device having at least one controller connection port and capable of accepting connection of an expansion device for expanding the controller connection port to a plurality of controller connection ports so as to accept connection of a plurality of controllers, for emulating operation of the targeted device, and for assigning port identification information to each of the controllers connected via wire or radio, the port identification information indicating to which of a controller connection port of the targeted device and the controller connection ports of the expansion device connected to the device the controller is assumed to be connected, wherein: the assigned port identification information is provided to a process for receiving an operation carried out on the controller; and the emulator comprises: means for displaying an assignment interface and the port identification information assigned to each of the controllers; means for selectively defining, as a focused controller, one of the controllers on which a predetermined request operation is carried out using the assignment interface, among the respective controllers connected via wire or radio, the predetermined request operation comprising an assignment change instruction to change the port identification information of the focused controller, and accepting the assignment change instruction, and means for changing the assignment of the port identification information to the focused controller according to the accepted assignment change instruction. means for displaying an assignment interface and the port identification information assigned to each of the controllers; means for selectively defining, as a focused controller, one of the controllers on which a predetermined request operation is carried out using the assignment interface, among the respective controllers connected via wire or radio, the predetermined request operation comprising an assignment change instruction to change the port identification information of the focused controller, and accepting the assignment change instruction, and means for changing the assignment of the port identification information to the focused controller according to the accepted assignment change instruction.
Acoustic radiation membrane (10, 10') for a striking or musical wristwatch-type watch and intended to be mounted in a case of the striking or musical watch, characterised in that at least one part of the acoustic membrane is made of wood or a wood composite material, and in that the acoustic membrane has a dished shape, of which an upper edge is intended to be mounted in a sealed manner by an annular sealing gasket on an interior annular rim of the back of the case, the diameter of this dish being equivalent to the diameter of the glass of the watch, to be between 20 and 40 mm.
Installation for sorting parcels or packages comprising a sorting conveyor designed to convey parcels in a particular conveying direction and shuttle carriages which are autonomous in movement and are each equipped with a sorting receptacle for parcels, said shuttle carriages being designed to be arranged under the sorting conveyor in a loading position in which the parcels fall by gravity from the sorting conveyor into the sorting receptacles according to a particular sorting indication affixed to the parcels, characterized in that each sorting receptacle comprises a rigid bottom wall and elastic side walls which are suspended from the shuttle carriage so that the bottom wall of the receptacle extends downward by stretching the side walls each time parcels are loaded into the receptacle, and in that the shuttle carriages each comprise a floor which extends horizontally under the receptacle and a retaining means which connects the bottom wall of the receptacle with the floor and in that the shuttle carriages are designed to be tilted into an unloading position in which the parcels fall by gravity from the receptacles and in which the retaining means is designed to retain the bottom wall in order to maintain a certain elastic tension in the side walls.
A terminal device that communicates with a base station device, comprising: a reception unit configured to receive first information related to a first configuration and/or second information related to a second configuration; and a transmission unit configured to transmit an uplink signal; wherein the transmission unit is configured to transmit the uplink signal based on a first uplink power control in a case that the first information related to the first configuration is received and the second information related to the second configuration is not received, and is configured to transmit the uplink signal based on a second uplink power control in a case that the first information related to the first configuration and the second information related to the second configuration are received, wherein the first information related to the first configuration indicates a time division duplex uplink/downlink configuration of uplink subframes for the uplink signal and downlink subframes for a downlink signal, and the second information related to the second configuration is a bit map that indicates a subframe pattern corresponding to a first uplink subframe set or a second uplink subframe set. a reception unit configured to receive first information related to a first configuration and/or second information related to a second configuration; and a transmission unit configured to transmit an uplink signal; wherein the transmission unit is configured to transmit the uplink signal based on a first uplink power control in a case that the first information related to the first configuration is received and the second information related to the second configuration is not received, and is configured to transmit the uplink signal based on a second uplink power control in a case that the first information related to the first configuration and the second information related to the second configuration are received, wherein the first information related to the first configuration indicates a time division duplex uplink/downlink configuration of uplink subframes for the uplink signal and downlink subframes for a downlink signal, and the second information related to the second configuration is a bit map that indicates a subframe pattern corresponding to a first uplink subframe set or a second uplink subframe set.
A tower for exploiting fluid through an expanse of water, comprising: - a fluid transporting pipe, designed to be submerged in the expanse of water, the transporting pipe including a lower section designed to be connected to a bottom assembly producing fluid, a flexible upper section designed to be connected to a surface assembly, and an intermediate section placed between the upper flexible section and the lower section; - an element for anchoring the transporting pipe to the bottom of the expanse of water, connected to an upstream point of the intermediate section; - a buoy designed to be completely submerged under the surface of the expanse of water, the buoy being connected to a downstream point of the intermediate section to keep the intermediate section situated between the downstream point and the upstream point in a substantially vertical configuration under tension, the buoy having a height, considered along a vertical axis (A-A'), less than 1.5 times its maximum transverse direction, the buoy delimiting a first through passage in which the intermediate section is engaged, the buoy defining a second through passage, distinct from the first through passage, characterized in that the second through passage receives the upper section, the tower including a connecting section connecting the upper section to the intermediate section. - a fluid transporting pipe, designed to be submerged in the expanse of water, the transporting pipe including a lower section designed to be connected to a bottom assembly producing fluid, a flexible upper section designed to be connected to a surface assembly, and an intermediate section placed between the upper flexible section and the lower section; - an element for anchoring the transporting pipe to the bottom of the expanse of water, connected to an upstream point of the intermediate section; - a buoy designed to be completely submerged under the surface of the expanse of water, the buoy being connected to a downstream point of the intermediate section to keep the intermediate section situated between the downstream point and the upstream point in a substantially vertical configuration under tension,
A vehicle door opening/closing apparatus comprising: a drum unit disposable on the side of one face of an inner panel constituting a vehicle door and including a take-up drum capable of taking up a length of cable disposed between the vehicle and the vehicle door; a drive unit disposable on the side of the other face of the inner panel and configured to drive the take-up drum; a power transmission mechanism (53, 53a, 69, 69a) configured for transmitting a rotational drive force of the drive unit to the take-up drum, with allowing engagement and disengagement between take-up drum and the drive unit; and a coupling mechanism (71, 73, 55, 41) for coupling the drive unit to the drum unit, with the inner panel being clamped therebetween, characterized in that the drum unit includes a guide member configured to change the direction of the cable extended from the take-up drum, and the take-up drum and the guide member are fixed to a base plate of the coupling mechanism (71, 73, 55, 41) disposable in opposition to the inner panel, and the guide member comprises a pulley attached to the base plate, wherein the pulley includes a sliding contact face for a support member for rotatably supporting this pulley to the base plate, and this sliding contact face has a shape curved along an axial direction of the support member. a drum unit disposable on the side of one face of an inner panel constituting a vehicle door and including a take-up drum capable of taking up a length of cable disposed between the vehicle and the vehicle door; a drive unit disposable on the side of the other face of the inner panel and configured to drive the take-up drum; a power transmission mechanism (53, 53a, 69, 69a) configured for transmitting a rotational drive force of the drive unit to the take-up drum, with allowing engagement and disengagement between take-up drum and the drive unit; and a coupling mechanism (71, 73, 55, 41) for coupling the drive unit to the drum unit, with the inner panel being clamped therebetween, characterized in that the drum unit includes a guide member configured to change the direction of the cable extended from the take-up drum, and the take-up drum and the guide member are fixed to a base plate of the coupling mechanism (71, 73, 55, 41) disposable in opposition to the inner panel, and the guide member comprises a pulley attached to the base plate, wherein the pulley includes a sliding contact face for a support member for rotatably supporting this pulley to the base plate, and this sliding contact face has a shape curved along an axial direction of the support member.
A casting device comprising - a mold cavity forming a hollow space for a cast part, - a casting chamber for a metal melt and - a gating system wherein - the casting chamber is connected to a circulation duct for the melt by way of two circulation duct connections (A, B), characterized in that the circulation duct can be connected with the mold cavity by way of the gating system. - a mold cavity forming a hollow space for a cast part, - a casting chamber for a metal melt and - a gating system wherein - the casting chamber is connected to a circulation duct for the melt by way of two circulation duct connections (A, B), characterized in that the circulation duct can be connected with the mold cavity by way of the gating system.
An immunogenic composition for use in a method of preventing lymphadenopathy associated with PCV2 infection in swine, wherein the composition is to be administered once in swine, said composition comprising 4 μg to 200 μg of recombinant PCV2 ORF2 protein as the antigenic component and 100 μg to 10 mg adjuvant per dose, wherein said recombinant PCV2 ORF2 protein has been obtained in that (a) susceptible cells are infected with a recombinant baculovirus vector containing PCV2 ORF2 DNA coding sequences, (b) PCV2 ORF2 polypeptide is expressed by said recombinant baculovirus, and (c) the expressed PCV2 ORF2 polypeptide is recovered from the supernate by filtration and the baculovirus vector inactivated.
Method for determining the total volume flow (Qges) of a pump arrangement comprising at least a first and a second pump unit (2, 3) operated in parallel, each of which being operated at a predeterminable speed, wherein - a manipulated variable of the first pump unit is superimposed with a first periodic excitation signal and a manipulated variable of the second pump unit is superimposed with a second periodic excitation signal, so that the differential pressure of the respective pump unit (2, 3) is modulated, wherein each pump unit (2, 3) determines its excitation signal itself according to its own time base that comes from its own internal clock, - the first and second pump unit (2, 3) each determine the value of an own mechanical or electrical variable as a system response to the excitation signal, and - determine the current value of the volume flow (Q1, Q2) delivered in each case from the determined value using a connection between the variable and the volume flow, and - the determined current values of the respectively conveyed volume flow (Q1, Q2) are added to obtain the total volume flow (Qges), characterised in that the excitation signals are synchronised. - a manipulated variable of the first pump unit is superimposed with a first periodic excitation signal and a manipulated variable of the second pump unit is superimposed with a second periodic excitation signal, so that the differential pressure of the respective pump unit (2, 3) is modulated, wherein each pump unit (2, 3) determines its excitation signal itself according to its own time base that comes from its own internal clock, - the first and second pump unit (2, 3) each determine the value of an own mechanical or electrical variable as a system response to the excitation signal, and - determine the current value of the volume flow (Q1, Q2) delivered in each case from the determined value using a connection between the variable and the volume flow, and - the determined current values of the respectively conveyed volume flow (Q1, Q2) are added to obtain the total volume flow (Qges),