mhurhangee/patent-ind-claim-en huggingface dataset:
An electric oocyte denuding device, comprising: an oocyte denuding pipette ; a manipulating handle ; and a drive module , a control module , a power module and a memory which are mounted in the manipulating handle , wherein one end of the manipulating handle is provided with a connecting port , the oocyte denuding pipette is connected to the connecting port ; the drive module comprises a micro-cylinder module , a transmission mechanism and a stepper motor ; the control module comprises a stepper motor driver , a single-chip microcomputer and a key module ; the stepper motor driver , the key module , a display module , the power module and the memory are respectively connected to the single-chip microcomputer ; the stepper motor driver is connected to the stepper motor ; the stepper motor is connected to the transmission mechanism , and the transmission mechanism is connected to a micro-pushrod ; another end of the micro-pushrod is arranged in a micro-cylinder , the micro-cylinder is in communication with a sealing tube of the oocyte denuding pipette characterized in that the electric oocyte denuding device comprises a bulb which is mounted in the manipulating handle , wherein the bulb is in communication with the oocyte denuding pipette . an oocyte denuding pipette ; a manipulating handle ; and a drive module , a control module , a power module and a memory which are mounted in the manipulating handle , wherein one end of the manipulating handle is provided with a connecting port , the oocyte denuding pipette is connected to the connecting port ; the drive module comprises a micro-cylinder module , a transmission mechanism and a stepper motor ; the control module comprises a stepper motor driver , a single-chip microcomputer and a key module ; the stepper motor driver , the key module , a display module , the power module and the memory are respectively connected to the single-chip microcomputer ; the stepper motor driver is connected to the stepper motor ; the stepper motor is connected to the transmission mechanism , and the transmission mechanism is connected to a micro-pushrod ; another end of the micro-pushrod is arranged in a micro-cylinder , the micro-cylinder is in communication with a sealing tube of the oocyte denuding pipette
A friction bolt , for frictionally engaging the internal surface of a bore drilled into a rock face, the friction bolt comprising; an elongate, generally circular tube which is expandable radially, the tube having a leading end and a trailing end , an expander mechanism disposed within the tube for applying a load tending to expand at least a section of the tube radially, an elongate tendon disposed longitudinally within the tube and in connection at or towards one end of the tendon with the expander mechanism and in connection at or towards an opposite end of the tendon with an anchor arrangement, the tendon being actuatable to expand the expander mechanism and to remain connected between the expander mechanism and the anchor arrangement while the expander mechanism is expanded, the expander mechanism comprising a pair of expander elements , a first of which is secured relative to the tube and a second of which is secured to the elongate tendon , actuation of the tendon being operable to cause relative movement between the first and second expander elements to cause the expander mechanism to expand, characterised in that the bolt further comprises an end fitting at the trailing end of the bolt . an elongate, generally circular tube which is expandable radially, the tube having a leading end and a trailing end , an expander mechanism disposed within the tube for applying a load tending to expand at least a section of the tube radially, an elongate tendon disposed longitudinally within the tube and in connection at or towards one end of the tendon with the expander mechanism and in connection at or towards an opposite end of the tendon with an anchor arrangement, the tendon being actuatable to expand the expander mechanism and to remain connected between the expander mechanism and the anchor arrangement while the expander mechanism is expanded, the expander mechanism comprising a pair of expander elements , a first of which is secured relative to the tube and a second of which is secured to the elongate tendon , actuation of the tendon being operable to cause relative movement between the first and second expander elements to cause the expander mechanism to expand, characterised in that the bolt further comprises an end fitting at the trailing end of the bolt .
Processing machine comprising at least one cleaning device for cleaning a substrate , the at least one cleaning device and the at least one substrate can be arranged in a first cleaning state, the at least one cleaning device comprising at least two flow elements and/or brushes , in the first cleaning state the substrate being arranged spaced apart from the at least one cleaning device , it being possible to arrange the at least one cleaning device and the at least one substrate in a second cleaning state, in the second cleaning state the substrate being arranged so as to be in contact with the at least two flow elements and/or the brushes of the at least one cleaning device , and the at least one cleaning device and the substrate being arranged so as to be transferrable at least from the first cleaning state into the second cleaning state, the at least one cleaning device being arranged so as to be displaced from a first cleaning position in the first cleaning state into a second cleaning position in the second cleaning state, in the first cleaning position the at least one cleaning device being functionally connected to a cleaning region on the substrate and/or on the transport path intended for the substrate , and, in the second cleaning position of the at least one cleaning device , the cleaning region being arranged so as to be shifted on the substrate and/or on the transport path intended for the substrate , and, in the first cleaning state and in the second cleaning state, the at least one cleaning device being arranged so as to apply a suction force at least onto the cleaning region .
An apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy source, the apparatus comprising: a process chamber; an application unit comprising a recoater blade configured to apply build material on a build plane ; an irradiation device which is adapted to selectively irradiate a build material layer disposed in the process chamber with at least one energy beam; a determination unit comprising a determination element configured to determine contact information relating to a force acting on the recoater blade during an application process, the force caused by a deviation in one or more previously consolidated layers of build material protruding from the build plane ; and a control unit configured to adjust at least one process parameter based on the contact information, wherein the at least one process parameter comprises an irradiation parameter, wherein the control unit is configured to determine a presence of weld spatters resulting from irradiating a portion of the build plane , the presence of weld spatters determined based on the contact information and wherein the control unit is configured to determine information pertaining to a melting track based on the contact information and wherein the irradiation parameter is adjusted to improve the melting track. a process chamber; an application unit comprising a recoater blade configured to apply build material on a build plane ; an irradiation device which is adapted to selectively irradiate a build material layer disposed in the process chamber with at least one energy beam; a determination unit comprising a determination element configured to determine contact information relating to a force acting on the recoater blade during an application process, the force caused by a deviation in one or more previously consolidated layers of build material protruding from the build plane ; and a control unit configured to adjust at least one process parameter based on the contact information, wherein the at least one process parameter comprises an irradiation parameter, wherein the control unit is configured to determine a presence of weld spatters resulting from irradiating a portion of the build plane , the presence of weld spatters determined based on the contact information and wherein the control unit is configured to determine information pertaining to a melting track based on the contact information and wherein the irradiation parameter is adjusted to improve the melting track.
Method for splicing two bundles of multifilament textile fibres wherein: - an end portion of a first bundle is inserted into a first end of a heat-shrinkable sheath and an end portion of a second bundle is inserted into a second end of said sheath, axially opposite the first end, until the ends of the end portions of the two bundles are facing each other, - a curable organic material is inserted inside the sheath in a space separating said end portions of the bundles so as to join the end portions together by means of a joining portion , the curable organic material being inserted into the space existing between the ends of the end portions of the two bundles after the bundles have been placed inside the sheath , - a portion of the heat-shrinkable sheath surrounding the joining portion is heated to a predetermined temperature, - the curable organic material is cured, - the sheath is removed. - an end portion of a first bundle is inserted into a first end of a heat-shrinkable sheath and an end portion of a second bundle is inserted into a second end of said sheath, axially opposite the first end, until the ends of the end portions of the two bundles are facing each other, - a curable organic material is inserted inside the sheath in a space separating said end portions of the bundles so as to join the end portions together by means of a joining portion , the curable organic material being inserted into the space existing between the ends of the end portions of the two bundles after the bundles have been placed inside the sheath , - a portion of the heat-shrinkable sheath surrounding the joining portion is heated to a predetermined temperature, - the curable organic material is cured, - the sheath is removed.
A suspension module comprising: a knuckle having a knuckle passage that is positioned between first and second wings disposed proximate the top of a knuckle body of the knuckle , wherein the knuckle body includes an outboard side , an inboard side , a first wing that extends longitudinally outward from the knuckle body in a direction that extends away from the knuckle passage , and a second wing that is disposed opposite the first wing and extends longitudinally outward from the knuckle body in the opposite direction from the first wing ; a pedestal that is fixedly disposed on the first and second wings of the knuckle , the pedestal having a first lobe , a second lobe , and a bridge that extends from the first lobe to the second lobe ; first and second air springs disposed on the pedestal ; and an upper control arm that is pivotally mounted by a pivot mechanism to the pedestal between the first and second air springs , wherein a portion of the knuckle that defines the knuckle passage and the bridge of the pedestal cooperate to define a passage that receives the upper control arm and the pivot mechanism , wherein the first air spring is fixedly disposed on the first lobe of the pedestal and the second air spring is fixedly disposed on the second lobe of the pedestal . a knuckle having a knuckle passage that is positioned between first and second wings disposed proximate the top of a knuckle body of the knuckle , wherein the knuckle body includes an outboard side , an inboard side , a first wing that extends longitudinally outward from the knuckle body in a direction that extends away from the knuckle passage , and a second wing that is disposed opposite the first wing and extends longitudinally outward from the knuckle body in the opposite direction from the first wing ; a pedestal that is fixedly disposed on the first and second wings of the knuckle , the pedestal having a first lobe , a second lobe , and a bridge that extends from the first lobe to the second lobe ; first and second air springs disposed on the pedestal ; and an upper control arm that is pivotally mounted by a pivot mechanism to the pedestal between the first and second air springs , wherein a portion of the knuckle that defines the knuckle passage and the bridge of the pedestal cooperate to define a passage that receives the upper control arm and the pivot mechanism , wherein the first air spring is fixedly disposed on the first lobe of the pedestal and the second air spring is fixedly disposed on the second lobe of the pedestal .
A downlink transmission method by a base station in a mobile communication system, the method comprising: transmitting , to a terminal, information indicating a sub-set of resource blocks by a radio resource control, RRC, message, wherein the sub-set of resource blocks is a sub-set of resource blocks in a system bandwidth for downlink; transmitting , to the terminal, downlink control information including a field for resource allocation information of a physical downlink shared channel, PDSCH, the downlink control information being transmitted on a physical downlink control channel, PDCCH, based on the information indicating the sub-set of the resource blocks; and transmitting, to the terminal, the data on the PDSCH based on the downlink control information and the information indicating the sub-set of the resource blocks, wherein the PDCCH comprises of at least one control channel resource, wherein a search space for the PDCCH is defined based on an aggregation level, a number of control channel resources, and information associated with a potential control channel, and wherein the field for resource allocation information of a PDSCH is defined by the sub-set of the resource blocks and the PDCCH is transmitted within resource blocks restricted by the sub-set of resource blocks. transmitting , to a terminal, information indicating a sub-set of resource blocks by a radio resource control, RRC, message, wherein the sub-set of resource blocks is a sub-set of resource blocks in a system bandwidth for downlink; transmitting , to the terminal, downlink control information including a field for resource allocation information of a physical downlink shared channel, PDSCH, the downlink control information being transmitted on a physical downlink control channel, PDCCH, based on the information indicating the sub-set of the resource blocks; and transmitting, to the terminal, the data on the PDSCH based on the downlink control information and the information indicating the sub-set of the resource blocks, wherein the PDCCH comprises of at least one control channel resource, wherein a search space for the PDCCH is defined based on an aggregation level, a number of control channel resources, and information associated with a potential control channel, and wherein the field for resource allocation information of a PDSCH is defined by the sub-set of the resource blocks and the PDCCH is transmitted within resource blocks restricted by the sub-set of resource blocks.
Substrate for an EUV mirror, characterized in that the substrate has zero-crossing temperatures at the surface that deviate from the statistical distribution, wherein the substrate has a minimum zero-crossing temperature (T zcmin ) and a maximum zero-crossing temperature (T zcmax ) at the surface which deviate from each other by more than 1.5 K, wherein the substrate has a zero-crossing temperature Tzc1 in the regions remote from the edge and a zero-crossing temperature Tzc2 at the edge, wherein Tzc1 is at least 1.5°C higher than Tzc2, wherein the distribution of the zero-crossing temperatures at the surface has at least one local maximum.
An error detector comprising: a receiver arranged to receive an oscillation signal of an oscillator and a reference signal comprising a color sub-carrier signal of a broadcast television signal; and a controller arranged to change the oscillation signal within a frequency range so as to correspond to the reference signal, wherein the controller is arranged to change at least one of a phase and a frequency of the received oscillation signal within the frequency range so as to track the reference signal so that at least one of the phase and the frequency of the oscillation signal corresponds to at least one of a phase and a frequency of the reference signal, and wherein the controller is arranged to determine whether or not an error is generated in the oscillator by extracting a component value corresponding to a color signal from the reference signal and comparing the component value to a preset value. a receiver arranged to receive an oscillation signal of an oscillator and a reference signal comprising a color sub-carrier signal of a broadcast television signal; and a controller arranged to change the oscillation signal within a frequency range so as to correspond to the reference signal, wherein the controller is arranged to change at least one of a phase and a frequency of the received oscillation signal within the frequency range so as to track the reference signal so that at least one of the phase and the frequency of the oscillation signal corresponds to at least one of a phase and a frequency of the reference signal, and wherein the controller is arranged to determine whether or not an error is generated in the oscillator by extracting a component value corresponding to a color signal from the reference signal and comparing the component value to a preset value.
A computer-implemented object dimension measurement method, wherein an actual dimension of a photographed object is obtained through calculation by using only a photographing terminal for everyday carry, comprising: obtaining a horizontal distance (S) between the photographing terminal and the photographed object or a vertical distance (h) between the photographing terminal and a horizontal plane : obtaining a camera imaging angle (α) when the photographing terminal photographs the photographed object ; calculating a deflection angle (β) of a camera in a vertical direction, when the photographing terminal photographs the photographed object ; obtaining through calculation an imaging distance (L,H) of the photographed object on a display screen of the photographing terminal according to a trigonometric relationship among the horizontal distance (S) or the vertical distance (h), the camera imaging angle (a), the deflection angle (β), and the imaging distance (L, H); ; and obtaining the actual dimension of the photographed object by conversing the imaging distance (L,H) according to a specific conversion rule , wherein the specific conversion rule includes: obtaining a ratio of the imaging distance (L, H) to a dimension of a long side of the display screen according to a dividing number of the imaging distance on a ruler, the display screen of the photographing terminal is in a rectangular shape, the dimension of the long side of the display screen is equally divided by a preset dividing number that is displayed by using the ruler; and using a product of the imaging distance (L, H) and the ratio as the actual dimension of the photographed object . obtaining a horizontal distance (S) between the photographing terminal and the photographed object or a vertical distance (h) between the photographing terminal and a horizontal plane : obtaining a camera imaging angle (α) when the photographing terminal photographs the photographed object ; calculating a deflection angle (β) of a camera in a vertical direction, when the photographing terminal photographs the photographed object ; obtaining through calculation an imaging distance (L,H) of the photographed object on a display screen of the photographing terminal according to a trigonometric relationship among the horizontal distance (S) or the vertical distance (h), the camera imaging angle (a), the deflection angle (β), and the imaging distance (L, H); ; and obtaining the actual dimension of the photographed object by conversing the imaging distance (L,H) according to a specific conversion rule , wherein the specific conversion rule includes: obtaining a ratio of the imaging distance (L, H) to a dimension of a long side of the display screen according to a dividing number of the imaging distance on a ruler, the display screen of the photographing terminal is in a rectangular shape, the dimension of the long side of the display screen is equally divided by a preset dividing number that is displayed by using the ruler; and using a product of the imaging distance (L, H) and the ratio as the actual dimension of the photographed object .
Heat exchanger comprising a stack of heat transfer plates positioned between two end plates in which recesses formed in edge regions are adapted to accommodate bolts reaching from a first to a second of said two end plates, said at least one of said recesses formed with locking features adapted to engage with a locking device comprising an opening , where the locking device is to be positioned on the respective end plate with the opening aligned with the recess in such a manner that a bolt positioned in the recess also can project through said opening , wherein the locking feature is one or more locking recesses formed in the edge of the recess , and wherein the locking device comprises a main section formed with said opening and adapted to rest on the surface of said end plate , and a locking section projecting with an angle from said main section , such that when in position it fits into said one or more locking recesses , and characterised in that the locking device further is formed with engaging sections projecting in an opposite direction relative to the locking section adapted to engage with a polygonal end section of the bolt resting on the surface of the main section preventing it from rotation relative to the heat exchanger . wherein the locking feature is one or more locking recesses formed in the edge of the recess , and wherein the locking device comprises a main section formed with said opening and adapted to rest on the surface of said end plate , and a locking section projecting with an angle from said main section , such that when in position it fits into said one or more locking recesses , and characterised in that the locking device further is formed with engaging sections projecting in an opposite direction relative to the locking section adapted to engage with a polygonal end section of the bolt resting on the surface of the main section preventing it from rotation relative to the heat exchanger .