mhurhangee/ep-ind-claims huggingface dataset:
A coaxial connector with a floating mechanism, the coaxial connector comprising: a center contact that includes a connecting portion to be mutually connected to a mating center contact; an outer contact disposed outside the center contact; and a housing for keeping the center contact and the outer contact insulated from each other, wherein the housing includes a housing base fixed to a support, a housing movable portion that is disposed at a mating connector side of the housing base and is movable together with the center contact relative to the housing base, and a floating spring one end of which is fixed to the housing base and the other end of which is fixed to the housing movable portion, the floating spring includes a support fixing portion fixed to the housing base, a floating fixing portion that protrudes from a mating connector side end surface of the housing base, and is fixed to the housing movable portion, and an elastically deformable swing spring portion for coupling the support fixing portion and the floating fixing portion, and the housing movable portion and the connecting portion are supported by the housing base through the floating spring in a movable manner, the connecting portion being provided with a pair of elastic catching pieces that are bent from both side edges of the floating fixing portion, and the connecting portion being integrally supported by the floating fixing portion a center contact that includes a connecting portion to be mutually connected to a mating center contact; an outer contact disposed outside the center contact; and a housing for keeping the center contact and the outer contact insulated from each other, wherein the housing includes a housing base fixed to a support, a housing movable portion that is disposed at a mating connector side of the housing base and is movable together with the center contact relative to the housing base, and a floating spring one end of which is fixed to the housing base and the other end of which is fixed to the housing movable portion, the floating spring includes a support fixing portion fixed to the housing base, a floating fixing portion that protrudes from a mating connector side end surface of the housing base, and is fixed to the housing movable portion, and an elastically deformable swing spring portion for coupling the support fixing portion and the floating fixing portion, and the housing movable portion and the connecting portion are supported by the housing base through the floating spring in a movable manner, the connecting portion being provided with a pair of elastic catching pieces that are bent from both side edges of the floating fixing portion, and the connecting portion being integrally supported by the floating fixing portion
A three-dimensional display arranged to be popped open, the three-dimensional display comprising: an outer layer having printed images; one or more inner layers (106a, 106b) having printed images, wherein the three-dimensional display is characterized in that the one or more layers (106a, 106b) include a first inner layer and a second inner layer that are attached to one another, the first inner layer and the second inner layer forming an X-shape when attached to one another and when the three-dimensional display is in an open position, wherein each of the first inner layer and the second inner layer forming the X-shape include first and second cutouts; and elastomeric members (122a, 122b) attachable to at least the outer layer, the elastomeric members (122a, 122b) including a first elastomeric member and a second elastomeric member, both arranged to pop open and/or hold the three-dimensional display in the open position, wherein at least one of the first and second cutouts of the first inner layer are arranged to receive the first elastomeric member, and at least one of the first and second cutouts of the second inner layer are arranged to receive the second elastomeric member. an outer layer having printed images; one or more inner layers (106a, 106b) having printed images, wherein the three-dimensional display is characterized in that the one or more layers (106a, 106b) include a first inner layer and a second inner layer that are attached to one another, the first inner layer and the second inner layer forming an X-shape when attached to one another and when the three-dimensional display is in an open position, wherein each of the first inner layer and the second inner layer forming the X-shape include first and second cutouts; and elastomeric members (122a, 122b) attachable to at least the outer layer, the elastomeric members (122a, 122b) including a first elastomeric member and a second elastomeric member, both arranged to pop open and/or hold the three-dimensional display in the open position, wherein at least one of the first and second cutouts of the first inner layer are arranged to receive the first elastomeric member, and at least one of the first and second cutouts of the second inner layer are arranged to receive the second elastomeric member.
An apparatus for a first base station transceiver, the apparatus being operable to provide information related to changing payload data reception of a mobile transceiver from a second base station transceiver to a third base station transceiver, the apparatus comprising an interface operable to communicate with the second and the third base station transceivers (200; 210); a transceiver module operable to communicate with the mobile transceiver; and a control module operable to: control the interface and the transceiver module, receive information related to a signal measurement from the mobile transceiver using the transceiver module, the information related to the signal measurement indicating that the mobile transceiver is capable of receiving payload data from the third base station transceiver, provide information related to payload data forwarding to the second base station transceiver using the interface, the information related to payload data forwarding indicating to forward payload data for the mobile transceiver to the third base station transceiver, and provide information related to a mobile reconfiguration to the mobile transceiver using the transceiver module, the information related to the mobile reconfiguration indicating to receive payload data from the third base station transceiver, wherein the payload data for transmission from the second and the third base station transceivers (200; 210) to the mobile transceiver is provided by a data gateway, and wherein the control module is operable to receive information related to a path switch from the third base station transceiver and to provide information related to the path switch to the data gateway using the interface after providing the information related to the mobile reconfiguration, the information related to the path switch indicating to forward payload data for transmission to the mobile transceiver to the third base station transceiver. control the interface and the transceiver module, receive information related to a signal measurement from the mobile transceiver using the transceiver module, the information related to the signal measurement indicating that the mobile transceiver is capable of receiving payload data from the third base station transceiver, provide information related to payload data forwarding to the second base station transceiver using the interface, the information related to payload data forwarding indicating to forward payload data for the mobile transceiver to the third base station transceiver, and provide information related to a mobile reconfiguration to the mobile transceiver using the transceiver module, the information related to the mobile reconfiguration indicating to receive payload data from the third base station transceiver,
A variable power relay optical system (G1-G5) that forms a secondary image based on light from a primary image, comprising: a variable power lens system (G1-G4) that carries out zooming of the secondary image based on the light from the primary image; and a rear lens group that forms the secondary image based on the light passing through the variable power lens system (G1-G4); characterised in that the variable power lens system (G1-G4) consists of, in order from the primary image side, a first lens group having positive refractive power, a second lens group having negative refractive power, a third lens group having positive refractive power, and a fourth lens group having positive refractive power, upon zooming from a high magnification end state to a low magnification end state, the fourth lens group moves along an optical axis towards the secondary image side, and a distance between the first lens group and the second lens group increases, upon zooming by the variable power lens system (G1-G4), positions of the primary image and the secondary image, an entrance pupil of the variable power relay optical system (G1-G5), a pupil of the variable power lens system (G1-G4), and an exit pupil of the variable power relay optical system (G1-G5) are substantially kept constant, and the pupil of the variable power lens system (G1-G4) is disposed at the rear side of the last lens surface of the variable power lens system (G1-G4). a variable power lens system (G1-G4) that carries out zooming of the secondary image based on the light from the primary image; and a rear lens group that forms the secondary image based on the light passing through the variable power lens system (G1-G4); characterised in that the variable power lens system (G1-G4) consists of, in order from the primary image side, a first lens group having positive refractive power, a second lens group having negative refractive power, a third lens group having positive refractive power, and a fourth lens group having positive refractive power, upon zooming from a high magnification end state to a low magnification end state, the fourth lens group moves along an optical axis towards the secondary image side, and a distance between the first lens group and the second lens group increases, upon zooming by the variable power lens system (G1-G4), positions of the primary image and the secondary image, an entrance pupil of the variable power relay optical system (G1-G5), a pupil of the variable power lens system (G1-G4), and an exit pupil of the variable power relay optical system (G1-G5) are substantially kept constant, and the pupil of the variable power lens system (G1-G4) is disposed at the rear side of the last lens surface of the variable power lens system (G1-G4).
A method for protecting a door drive against overload, including the steps of: • acquiring the actual values of several operating parameters (E1, E2, E3, En) of the door drive for determining a load range, wherein the load detectable therefrom constitutes a load level, wherein the • determining the load level of the door drive is realized by means of comparing the acquired actual values with at least one associated comparison value of the respective operating parameter (E1, E2, E3, En), and by means of summing up the loads resulting from the operating parameters, • dynamically adapting the continued operation of the door drive depending on the load level in such a manner that a thermal overload of the door drive is avoided, • wherein the step of adapting the continued operation of the door drive is performed by means of adapting at least one output parameter (A1, A2, A3, A4, Am) of the door drive already prior to reaching the maximum load level. • acquiring the actual values of several operating parameters (E1, E2, E3, En) of the door drive for determining a load range, wherein the load detectable therefrom constitutes a load level, wherein the • determining the load level of the door drive is realized by means of comparing the acquired actual values with at least one associated comparison value of the respective operating parameter (E1, E2, E3, En), and by means of summing up the loads resulting from the operating parameters, • dynamically adapting the continued operation of the door drive depending on the load level in such a manner that a thermal overload of the door drive is avoided, • wherein the step of adapting the continued operation of the door drive is performed by means of adapting at least one output parameter (A1, A2, A3, A4, Am) of the door drive already prior to reaching the maximum load level.
Fizzy beverage container, in particular a glass, comprising an impervious wall made of at least one structural material defining an internal surface intended to receive the beverage, said internal surface comprising an area provided with a discontinuous hydrophobic coating comprising a polymerised siloxane, a plurality of recesses being made in said hydrophobic coating, said recesses not passing through the impervious wall.
A relay node for a radio access network, arranged to be a relay node between one or more User Equipments in a cell of the radio access network and a base station serving the cell, the relay node being arranged to identify itself as a relay node in the cell in the radio access network, the relay node also being arranged to receive a non-support indication indicating that the base station serving the cell is unable to support a relay node, and in that the relay node is arranged to, upon receiving said non-support indication, attempt to establish itself as a relay node in another cell, the relay node being characterized in that it is arranged to transmit said one or more connection messages to a separate configuration node in the radio access network or in a core network to which the radio access network is connected, and being arranged to receive said non-support indication from the separate configuration node, and being arranged to receive, along with the non-support indication, additional information comprising one or more of: - an indication of the reason why the base station serving the cell is unable to support relay nodes, - an alternative carrier or frequency band intended for relay node communication, - an alternative Radio Access technology, RAT, intended for relay node communication - a list of one or more cells in which there is support for relay nodes, - a list of one or more cells in which there isn't support for relay nodes, the relay node being arranged to use said additional information when attempting to establish itself as a relay node in another cell.. - an indication of the reason why the base station serving the cell is unable to support relay nodes, - an alternative carrier or frequency band intended for relay node communication, - an alternative Radio Access technology, RAT, intended for relay node communication - a list of one or more cells in which there is support for relay nodes, - a list of one or more cells in which there isn't support for relay nodes, the relay node being arranged to use said additional information when attempting to establish itself as a relay node in another cell..
A motor control apparatus operable to apply a PWM output signal for each phase of a three phase brushless motor to make current flow, the apparatus comprising: generating means configured to shift the phase of the PWM output signal for each phase of the three phase brushless motor to generate the PWM output signal; and detecting means configured to detect, by switching by a predetermined sampling period (t adc) for each phase one-by-one, a current flowing to a coil for each phase of the three phase brushless motor to which the PWM output signal is applied, characterized in that the detecting means comprises one single AD converter to measure a current value for each phase of the three phase brushless motor, and the sampling period (t adc) matches with at least part of a phase shift amount (t u-v, t v-w) of the PWM output signal of each phase generated by the generating means so that the detecting means can detect the current for each phase of the three phase brushless motor by shifting start timing of the PWM output signal on the basis of the sampling period (t adc) and the phase shift amount (t u-v, t v-w) of the PWM output signal of each phase, wherein the phase shift amount (t u-v, t v-w) is set so that the current of each phase in accordance with the pulse voltage of the minimum pulse width of each phase that is generated by the generating means can be detected by the detecting means. generating means configured to shift the phase of the PWM output signal for each phase of the three phase brushless motor to generate the PWM output signal; and detecting means configured to detect, by switching by a predetermined sampling period (t adc) for each phase one-by-one, a current flowing to a coil for each phase of the three phase brushless motor to which the PWM output signal is applied, characterized in that the detecting means comprises one single AD converter to measure a current value for each phase of the three phase brushless motor, and the sampling period (t adc) matches with at least part of a phase shift amount (t u-v, t v-w) of the PWM output signal of each phase generated by the generating means so that the detecting means can detect the current for each phase of the three phase brushless motor by shifting start timing of the PWM output signal on the basis of the sampling period (t adc) and the phase shift amount (t u-v, t v-w) of the PWM output signal of each phase, wherein the phase shift amount (t u-v, t v-w) is set so that the current of each phase in accordance with the pulse voltage of the minimum pulse width of each phase that is generated by the generating means can be detected by the detecting means.
A tape configured to be used as a carrier in the assembly of a semiconductor device comprising: a base sheet of polymer material having first and second surfaces (101a, 101b); first polymeric adhesive films (102, 104) on the first and second surfaces respectively, each attaching a first foil (103, 105) of different material than the first polymeric adhesive films to the base sheet on the first and the second surface sides, the base sheet, the first polymeric adhesive films (102, 104) and the first foils (103, 105) providing a partial thickness to the tape; a second polymeric adhesive film attaching a second foil of different material than the second polymeric adhesive film to the first foil on the second surface side; a plurality of holes (301,302,30n) through the partial thickness of the tape; and a reflow metal element (601,602,60n) in each of the holes, the reflow metal element adhering to the second polymeric adhesive film, wherein the polymer material of the base sheet comprises a thermoplastic material selected from long-chain polyimides with acrylic resin or silicone resin, polyethylenes with acrylic resin, and polypropylenes with acrylic resin. a base sheet of polymer material having first and second surfaces (101a, 101b); first polymeric adhesive films (102, 104) on the first and second surfaces respectively, each attaching a first foil (103, 105) of different material than the first polymeric adhesive films to the base sheet on the first and the second surface sides, the base sheet, the first polymeric adhesive films (102, 104) and the first foils (103, 105) providing a partial thickness to the tape; a second polymeric adhesive film attaching a second foil of different material than the second polymeric adhesive film to the first foil on the second surface side; a plurality of holes (301,302,30n) through the partial thickness of the tape; and a reflow metal element (601,602,60n) in each of the holes, the reflow metal element adhering to the second polymeric adhesive film, wherein the polymer material of the base sheet comprises a thermoplastic material selected from long-chain polyimides with acrylic resin or silicone resin, polyethylenes with acrylic resin, and polypropylenes with acrylic resin.
Gas diffusion electrode comprising a preferably copper-containing carrier, preferably in the form of a sheetlike structure, and a first layer comprising at least copper optionally and at least one binder, wherein the first layer comprises hydrophilic and hydrophobic pores and/or channels, further comprising a second layer comprising copper and at least one binder, wherein the second layer is present atop the carrier and the first layer atop the second layer, wherein the content of binder in the first layer is smaller than in the second layer, wherein the second layer comprises 3-30% by weight of binder, preferably 10-30% by weight of binder, further preferably 10-20% by weight of binder, based on the second layer, and the first layer comprises 0 - 10% by weight of binder, further preferably 0.1-10% by weight of binder, even further preferably 1-10% by weight of binder, particularly preferably 1-7% by weight of binder, in particular preferably 3-7% by weight of binder, based on the first layer.
A Fourier transform spectrophotometer comprising: a movable portion comprising grooves to which a movable mirror is attached; a holding portion comprising grooves configured to slidably hold the movable portion; a plurality of rolling elements provided between the movable portion and the holding portion in a region between a groove of the movable portion and a groove of the holding portion so as to have a play space between the movable portion, the holding portion, and each of the rolling elements while no external force is applied, with each rolling element being in contact with the movable portion at one point and with the holding portion at one point and each rolling element being a sphere and being configured to roll when the movable portion slides with respect to the holding portion; and a spring configured to prevent the rolling elements from moving between the movable portion and the holding portion by applying an external rotational force to at least one of the movable portion and the holding portion in a circumferential direction intersecting with and about a sliding direction of the movable portion, whereby when the movable portion slides with respect to the holding portion, each rolling element is in contact with the movable portion at a respective one point and is in contact with the holding portion at a respective two points in a state such that a fine gap is formed between the movable portion and the rolling elements: in place of the play space. a movable portion comprising grooves to which a movable mirror is attached; a holding portion comprising grooves configured to slidably hold the movable portion; a plurality of rolling elements provided between the movable portion and the holding portion in a region between a groove of the movable portion and a groove of the holding portion so as to have a play space between the movable portion, the holding portion, and each of the rolling elements while no external force is applied, with each rolling element being in contact with the movable portion at one point and with the holding portion at one point and each rolling element being a sphere and being configured to roll when the movable portion slides with respect to the holding portion; and a spring configured to prevent the rolling elements from moving between the movable portion and the holding portion by applying an external rotational force to at least one of the movable portion and the holding portion in a circumferential direction intersecting with and about a sliding direction of the movable portion, whereby when the movable portion slides with respect to the holding portion, each rolling element is in contact with the movable portion at a respective one point and is in contact with the holding portion at a respective two points in a state such that a fine gap is formed between the movable portion and the rolling elements: in place of the play space.
A transparent inorganic oxide dispersion comprising tetragonal zirconia particles which have a surface modified with a surface modifier having one or more reactive functional groups and have a disperse particle diameter of 1 nm or more and 20 nm or less, wherein the weight ratio of the modified moiety of the surface of the tetragonal zirconia particles is 5% by weight or more and 200% by weight or less of the tetragonal zirconia particles and the content of the tetragonal zirconia particles is 1% by weight or more and 70% by weight or less.