mhurhangee/patent-ind-claim-en huggingface dataset:
A connector (C2) comprising: a housing ; a terminal held by the housing ; and a floatable unit comprising a magnet and a holder configured to hold the magnet, wherein the floatable unit is accommodated in the housing in a floatable manner for movement relative to the housing, wherein : an accommodating portion opens at an upper face of the holder and comprises at least one mounting wall , the accommodating portion receiving the magnet with the at least one mounting wall disposed around and in spaced relation to the magnet so as to define at least one space between the magnet and the at least one mounting wall the holder includes a contact face in contact with the magnet , the at least one mounting wall is disposed on the contact face, in spaced relation to the contact face, or around the contact face, the contact face of the holder is partially exposed through the accommodating portion , and the magnet is bonded to an inner face of the at least one mounting wall and to the exposed part of the contact face by an adhesive in the said at least one space. a housing ; a terminal held by the housing ; and a floatable unit comprising a magnet and a holder configured to hold the magnet, wherein the floatable unit is accommodated in the housing in a floatable manner for movement relative to the housing, wherein : an accommodating portion opens at an upper face of the holder and comprises at least one mounting wall , the accommodating portion receiving the magnet with the at least one mounting wall disposed around and in spaced relation to the magnet so as to define at least one space between the magnet and the at least one mounting wall the holder includes a contact face in contact with the magnet , the at least one mounting wall is disposed on the contact face, in spaced relation to the contact face, or around the contact face, the contact face of the holder is partially exposed through the accommodating portion , and the magnet is bonded to an inner face of the at least one mounting wall and to the exposed part of the contact face by an adhesive in the said at least one space. an accommodating portion opens at an upper face of the holder and comprises at least one mounting wall , the accommodating portion receiving the magnet with the at least one mounting wall disposed around and in spaced relation to the magnet so as to define at least one space between the magnet and the at least one mounting wall the holder includes a contact face in contact with the magnet , the at least one mounting wall is disposed on the contact face, in spaced relation to the contact face, or around the contact face, the contact face of the holder is partially exposed through the accommodating portion , and the magnet is bonded to an inner face of the at least one mounting wall and to the exposed part of the contact face by an adhesive in the said at least one space.
A tool system for use in a packaging device (10; 110; 210; 310) for packaging foodstuff products, in particular hollow chocolate bodies, by means of a film packaging, wherein the packaging device for processing the film packaging has a plurality of processing units comprising at least three tool parts, specifically a tool central part as well as a tool lower part and a tool upper part (64; 164) which when in operation are capable of interacting in a processing manner, wherein the tool central part serves for receiving and conveying at least one semi-finished film product (F H ) of the film packaging to be processed between individual processing units of the packaging device (10; 110; 210; 310), wherein the tool central part is capable of interacting in each case with at least one further tool part (64; 164; 70, 170) of the tool system, wherein the further tool (64; 164; 70, 170) part is in each case a tool part (64; 164; 70, 170) of one of the processing units which serve for processing the semi-finished film product (F H ) from receiving the latter on the tool central part to the completion thereof as a film packaging, and wherein the tool central part has at least one interface by means of which said tool central part is compatible with at least one tool part (64, 164; 70, 170) of each of said processing units , wherein the tool central part is driven by means of a conveyor unit and particularly comprises a film carrier , which is assigned at least one semi-finished film product (F H ), characterized in that the conveyor unit at least in portions thereof is configured as a continuously operating conveyor unit and at least in portions thereof is configured as a discontinuously operating conveyor unit , wherein portions are provided, in which synchronizing of the discontinuously operated portions and the continuously operated portions takes place.
A semiconductor laser light source device, comprising: a semiconductor laser ; a cooler that cools said semiconductor laser ; and a driving substrate that is equipped with a driving circuit configured to drive the semiconductor laser , wherein said cooler is placed in contact with a surface of said semiconductor laser , said surface being opposite to a light emitting surface of said semiconductor laser , said driving substrate is placed in contact with a surface of said cooler , said surface being opposite to a surface of said cooler on which said semiconductor laser is placed, and said cooler includes a hollow in which a plurality of fins are arranged. a semiconductor laser ; a cooler that cools said semiconductor laser ; and a driving substrate that is equipped with a driving circuit configured to drive the semiconductor laser , wherein said cooler is placed in contact with a surface of said semiconductor laser , said surface being opposite to a light emitting surface of said semiconductor laser , said driving substrate is placed in contact with a surface of said cooler , said surface being opposite to a surface of said cooler on which said semiconductor laser is placed, and said cooler includes a hollow in which a plurality of fins are arranged.
A gas analysis apparatus comprising: a first flow path (L1) through which sample gas flows; a first analyzer that is provided in the first flow path (L1) to measure total hydrocarbon concentration in the sample gas; a second flow path (L2) through which the sample gas flows; a non-methane non-ethane cutter that is provided in the second flow path (L2) to remove hydrocarbon components other than methane and ethane in the sample gas; a second analyzer that is provided downstream of the non-methane non-ethane cutter in the second flow path (L1) to measure total methane ethane concentration of the methane and the ethane in the sample gas; and a calculation part that calculates concentration of the hydrocarbon components other than the methane and the ethane in the sample gas with use of the total hydrocarbon concentration by the first analyzer and the total methane ethane concentration by the second analyzer . a first flow path (L1) through which sample gas flows; a first analyzer that is provided in the first flow path (L1) to measure total hydrocarbon concentration in the sample gas; a second flow path (L2) through which the sample gas flows; a non-methane non-ethane cutter that is provided in the second flow path (L2) to remove hydrocarbon components other than methane and ethane in the sample gas; a second analyzer that is provided downstream of the non-methane non-ethane cutter in the second flow path (L1) to measure total methane ethane concentration of the methane and the ethane in the sample gas; and a calculation part that calculates concentration of the hydrocarbon components other than the methane and the ethane in the sample gas with use of the total hydrocarbon concentration by the first analyzer and the total methane ethane concentration by the second analyzer .
A microelectromechanical switch comprising: a signal line comprising each of an input port and an output port, the signal line formed on a substrate between a first ground plane and a second ground plane formed on the substrate; a primary deflectable beam having a first end , a second end , and a deflectable middle portion between the first and second ends, the first end supported by a first post formed over the first ground plane , the second end supported by a second post formed over the second ground plane , and the middle portion of the primary deflectable beam positioned over at least a portion of the input port and at least a portion of the output port, whereby the deflectable middle portion contacts each of the input port and output port when deflected downward; one or more defected ground structures formed in each of the first ground plane and the second ground plane ; for each defected ground structure, a corresponding secondary deflectable beam positioned over the defected ground structure ; a first actuator coupled to the primary deflectable beam and configured to apply a first bias voltage to the primary deflectable beam , whereby the first bias voltage causes the primary deflectable beam to deflect downward toward the signal line ; and a second actuator coupled to each of the one or more secondary deflectable beams and configured to apply a second bias voltage to each of the secondary deflectable beams , whereby the second bias voltage causes each secondary deflectable beam to deflect downward toward its corresponding defected ground structure . a signal line comprising each of an input port and an output port, the signal line formed on a substrate between a first ground plane and a second ground plane formed on the substrate; a primary deflectable beam having a first end , a second end , and a deflectable middle portion between the first and second ends, the first end supported by a first post formed over the first ground plane , the second end supported by a second post formed over the second ground plane , and the middle portion of the primary deflectable beam positioned over at least a portion of the input port and at least a portion of the output port, whereby the deflectable middle portion contacts each of the input port and output port when deflected downward; one or more defected ground structures formed in each of the first ground plane and the second ground plane ; for each defected ground structure, a corresponding secondary deflectable beam positioned over the defected ground structure ; a first actuator coupled to the primary deflectable beam and configured to apply a first bias voltage to the primary deflectable beam , whereby the first bias voltage causes the primary deflectable beam to deflect downward toward the signal line ; and a second actuator coupled to each of the one or more secondary deflectable beams and configured to apply a second bias voltage to each of the secondary deflectable beams , whereby the second bias voltage causes each secondary deflectable beam to deflect downward toward its corresponding defected ground structure .
A tire puncture sealant composition for repairing tire puncture with aid of foaming, which comprises a rubber latex, an anti-freezing agent, a surfactant and solid particles; characterized in that the sealant has an expansion ratio of above 200% measured by a blender test according to ASTM D3519-88 and comprises surfactant having acetate group or amine oxide group which comprises a zwitterionic surfactant of formula (I) or (II) or (III) shown below: where A is an acetate group : M is monometallic ion, RCO = C 6 -C 24 acyl or mixtures thereof, x is 0-4, a is 0-1 and b is 0-1, wherein a + b = 1; where R is C 6 -C 24 alkyl or mixtures thereof; where R is C 6 -C 24 acyl or mixtures thereof and x is 0-4, wherein the foaming is a condition that the tire puncture sealant expands by gas introduction during injection of sealant. a zwitterionic surfactant of formula (I) or (II) or (III) shown below: where A is an acetate group : M is monometallic ion, RCO = C 6 -C 24 acyl or mixtures thereof, x is 0-4, a is 0-1 and b is 0-1, wherein a + b = 1; where R is C 6 -C 24 alkyl or mixtures thereof; where R is C 6 -C 24 acyl or mixtures thereof and x is 0-4, wherein the foaming is a condition that the tire puncture sealant expands by gas introduction during injection of sealant.
Modular connector consisting of a connector pair made up of a female connector comprising at least one socket module with a socket-module frame , said socket module having a plug-in grid for plugging the at least one socket module into one of the plug-in positions of the plug-in grid, and also made up of a male connector comprising at least one pin module with a pin-module frame having an identical plug-in grid (R) into which to plug the at least one pin module , characterized in that also provided is a connector alignment module for each module frame , for fitting at opposite corresponding plug-in positions of the plug-in grid on the respective module frame , wherein each connector alignment module a) has an essentially rectangular module body , b) wherein there is also the case that at least one fastening element is arranged on the module body , in order to secure the connector alignment module on the module frame of the modular connector , and c) two stubs project from the respective module body , said stubs on the respective module body projecting from the latter in each case at two diametrically opposite corners of the module body and, specifically, projecting in the plug-in direction of the respective connector alignment module in relation to the respective module frame, wherein, with the modules inserted into the respective module frame , the stubs of the respective connector alignment module project in relation to the end side of the respectively other modules , said end side being formed by the modules , and therefore, when the connector pair which make up the modular connector are being plugged together, in the first instance the opposite ends of the stubs of the opposite connector alignment modules come into contact and ensure guidance for the rest of the operation of plugging the connector pair together. a) has an essentially rectangular module body , b) wherein there is also the case that at least one fastening element is arranged on the module body , in order to secure the connector alignment module on the module frame of the modular connector , and c) two stubs project from the respective module body , said stubs on the respective module body projecting from the latter in each case at two diametrically opposite corners of the module body and, specifically, projecting in the plug-in direction of the respective connector alignment module in relation to the respective module frame, wherein, with the modules inserted into the respective module frame , the stubs of the respective connector alignment module project in relation to the end side of the respectively other modules , said end side being formed by the modules , and therefore, when the connector pair which make up the modular connector are being plugged together, in the first instance the opposite ends of the stubs of the opposite connector alignment modules come into contact and ensure guidance for the rest of the operation of plugging the connector pair together.
A method for transmitting a random access preamble, comprising: receiving, from a base station, a specified cyclic shift increment which is one of a set of cyclic shift increments; and transmitting the random access preamble to the base station, the random access preamble generated on the basis of the specified cyclic shift increment and a root sequence; wherein the length of the root sequence is 839 and values of the set of cyclic shift increments are and the root sequence is a Zadoff-Chu sequence. receiving, from a base station, a specified cyclic shift increment which is one of a set of cyclic shift increments; and transmitting the random access preamble to the base station, the random access preamble generated on the basis of the specified cyclic shift increment and a root sequence; wherein the length of the root sequence is 839 and values of the set of cyclic shift increments are and the root sequence is a Zadoff-Chu sequence.
A device for measurement of biomechanical and viscoelastic properties of skin of a soft biological tissue with elastic properties, the device comprising a housing comprising electronic, digital and mechanical elements with at least one sensor, wherein the device comprises a testing end with a contact surface which can be adhered to the surface of the skin of the soft biological tissue, the testing end being located at the end of an actuator shaft ; a non-contact electromagnetic force actuator configured to provide an axial force to the actuator shaft and thereby subject the testing end to a mechanical force in a longitudinal direction parallel to the surface of the skin; an accelerometer mounted on the actuator shaft and arranged to record the acceleration of the testing end and provide signals to a signal analysis unit ; the testing end being shaped such that the contact surface extends in a plane that is parallel to said longitudinal direction; wherein the actuator is arranged to subject the testing end to a force such that the skin is subjected to a longitudinal pre-set tension, and then to apply a longitudinal mechanical impulse of duration less than 25ms, while continuing to apply the pre-set tension force; and wherein after the application of the longitudinal mechanical impulse the resulting damped natural oscillation for up to 400ms is recorded with data from the accelerometer ; and means to calculate properties of the skin from the data from the accelerometer during the damped natural oscillation.
A light coupler for optically coupling to an integrated waveguide and for out-coupling a light signal propagating in the integrated waveguide into free space, the light coupler comprising a light coupling structure and a plurality of microstructures positioned on the light coupling structure in accordance with a non-uniform number density distribution, wherein each of said microstructures forms an optical scattering centre, the plurality of microstructures being adapted in shape and position to compensate decay of the light signal when propagating in the light coupler and to provide a power distribution of the light signal when coupled into free space such that the power distribution corresponds to a predetermined target power distribution, characterized in that the plurality of microstructures are provided on grating lines of the light coupling structure.
Housing for a plug-in contact element for the interception-proof supply of an IT component with electrical energy, comprising an elongate housing profile and an elongate base profile , with an engagement between the housing profile and the base profile , and a securing element which prevents a disengagement of the engagement and which is inserted into the housing from one end, characterized in that an EMC seal is arranged in the engagement.
Device for the thermal storage of samples comprising a warming chamber and comprising a sample mount for mounting sample containers in which the samples may be received, wherein the sample mount is formed as a rotatable mount having a rotary axis , wherein, during storage, the sample mount moves the sample containers in the warming chamber on at least one defined circular trajectory around the rotary axis , characterized in that at least one temperature sensor is arranged on the sample mount or on one of the sample containers , wherein the at least one temperature sensor is connected to a data collection device arranged outside the warming chamber via a data line guided along the drive shaft , wherein the drive shaft is configured as a hollow shaft, and wherein the data line is guided in the hollow shaft.
Oven comprising: - a first chamber - conveyor means with a width (W) for guiding products from the inlet through this chambers to the outlet , whereas the conveyor means are at least partially arranged in a helical path , - temperature control means for controlling the temperature and/or humidity in the chamber using a fluid , which comprise a heater to heat the fluid and a duct to introduce the heated fluid into the chamber , wherein it comprises means to adjust the flow distribution over the width (W) of the conveyor means depending on at least one process parameter and/or a recipe, wherein the means is a plate with one or more holes and a deflector plate , that adjust the flow over the entire width (W) of the conveyor means and that are controlled by computer means, depending on at least one process parameter and/or a recipe, characterized in, that it comprises fluid flow adjustment means in the area of the helical path , preferably above the helical path, wherein the flow-rate distribution is adjusted over the entire width of the conveyor means, i.e. the flow-rate is increased in one part of the belt-width and simultaneously decreased in another part of the belt-width, while the integral over the belt-width remains essentially unchanged. - a first chamber - conveyor means with a width (W) for guiding products from the inlet through this chambers to the outlet , whereas the conveyor means are at least partially arranged in a helical path , - temperature control means for controlling the temperature and/or humidity in the chamber using a fluid , which comprise a heater to heat the fluid and a duct to introduce the heated fluid into the chamber , wherein it comprises means to adjust the flow distribution over the width (W) of the conveyor means depending on at least one process parameter and/or a recipe, wherein the means is a plate with one or more holes and a deflector plate , that adjust the flow over the entire width (W) of the conveyor means and that are controlled by computer means, depending on at least one process parameter and/or a recipe, characterized in, that it comprises fluid flow adjustment means in the area of the helical path , preferably above the helical path, wherein the flow-rate distribution is adjusted over the entire width of the conveyor means, i.e. the flow-rate is increased in one part of the belt-width and simultaneously decreased in another part of the belt-width, while the integral over the belt-width remains essentially unchanged.
An internal combustion engine with a secondary air pump , with an exhaust gas line and with a secondary air line , which constitutes a connection between the conveying side of the secondary air pump and the exhaust gas line , wherein a negative pressure side of an brake force booster is fluidically connected to the secondary air pump , characterized in that the negative pressure side of the brake force booster is fluidically connected to a conveying side of the secondary air pump and a venturi tube is arranged on the fluidic connection from the negative pressure side of the brake force booster to the conveying side of the secondary air pump .
A method for producing a water-absorbent resin comprising: a polymerization step of polymerizing a monomer, which is a raw material of the water-absorbent resin, to obtain a hydrous gel crosslinked polymer dispersed in an organic solvent; and a separation step of separating the organic solvent and the hydrous gel crosslinked polymer from each other, wherein the separation step includes transfer, compression, and discharge of the hydrous gel crosslinked polymer via a discharge device, wherein the compression in the separation step is to apply a pressure of not less than 0.1 MPa to the hydrous gel crosslinked polymer. a polymerization step of polymerizing a monomer, which is a raw material of the water-absorbent resin, to obtain a hydrous gel crosslinked polymer dispersed in an organic solvent; and a separation step of separating the organic solvent and the hydrous gel crosslinked polymer from each other, wherein the separation step includes transfer, compression, and discharge of the hydrous gel crosslinked polymer via a discharge device, wherein the compression in the separation step is to apply a pressure of not less than 0.1 MPa to the hydrous gel crosslinked polymer.