mhurhangee/patent-ind-claim-en huggingface dataset:
A floating connector constituting a part of a floating connector assembly including a first connector electrically connectable to first equipment, a second connector electrically connectable to second equipment, and a relay connector inserted into the first connector and also insertable into the second connector to electrically connect the first connector and the second connector, wherein the floating connector includes the relay connector and the first connector , the relay connector includes a first terminal and a holding member configured to hold the first terminal , and the first connector includes a second terminal to be electrically connected to the first terminal, a housing configured to accommodate the second terminal and accommodate at least part of the holding member in a state where the relay connector and the first connector are electrically connected, an axis (Z) being perpendicular to a plate base part of said housing , an opening through which the relay connector is insertable and formed on the positive side of the axis (Z) of a penetration part of the first housing of the first connector , and a stopper part formed in the first part of the housing so as to prevent the holding member from coming out of the first part of the housing in a state where the housing accommodates at least part of the holding member . the floating connector includes the relay connector and the first connector , the relay connector includes a first terminal and a holding member configured to hold the first terminal , and the first connector includes a second terminal to be electrically connected to the first terminal, a housing configured to accommodate the second terminal and accommodate at least part of the holding member in a state where the relay connector and the first connector are electrically connected, an axis (Z) being perpendicular to a plate base part of said housing , an opening through which the relay connector is insertable and formed on the positive side of the axis (Z) of a penetration part of the first housing of the first connector , and a stopper part formed in the first part of the housing so as to prevent the holding member from coming out of the first part of the housing in a state where the housing accommodates at least part of the holding member .
An austenitic steel alloy comprising: manganese in an amount of from 25 wt% to 31 wt%; aluminum in an amount of from 7 wt% to 10 wt%; carbon in an amount of from 1.4 wt% to 1.6 wt%; characterized by molybdenum in an amount of from 2 wt% to 6 wt%; optionally chromium in an amount of less than 6 wt%; optionally cobalt in an amount of less than 5 wt%; and a balance of iron. manganese in an amount of from 25 wt% to 31 wt%; aluminum in an amount of from 7 wt% to 10 wt%; carbon in an amount of from 1.4 wt% to 1.6 wt%; characterized by molybdenum in an amount of from 2 wt% to 6 wt%; optionally chromium in an amount of less than 6 wt%; optionally cobalt in an amount of less than 5 wt%; and a balance of iron.
A wind turbine , comprising a main gear box , which is lubricated and/or cooled by means of oil , and a thermosiphon cooling system for cooling the oil , wherein the thermosiphon cooling system forms a closed loop, wherein the thermosiphon cooling system comprises an evaporator , a condenser and pipes that couple the evaporator to the condenser in such a way that the thermosiphon cooling system forms the closed loop, and wherein the main gear box is coupled to the evaporator by means of hoses or pipes .
An ink supply tube having a gas barrier property, comprising an inner layer contacting with an ink, an intermediate layer and an outer layer, wherein the intermediate layer is a gas barrier layer formed of an ethylene-vinyl alcohol copolymer resin, characterized in that an oxygen concentration within a circular region is 2 to 9 atm%, wherein the circular region has a diameter of 100 μm and is centered at the gas barrier layer, wherein the oxygen concentration is indicated as an element ratio among the 4 elements of F, C, O and Cl measured at a tube cross-section of the ink supply tube using energy dispersive X-ray analysis, abbreviated EDX.
A device for grinding and mixing powders (P), comprising: - a grinding tank , comprising the load of powders (P) to be ground, in particular in liquid phase, and grinding medias (Mb), - a protective inner casing , arranged inside the grinding tank , defining an inner volume (Vi), - a grinding and mixing movable member , arranged in the inner volume (Vi) of the protective inner casing , characterized in that it comprises: - permanent magnets located at the protective inner casing , - drive magnets , for rotating (R) the protective inner casing by interaction with the permanent magnets , located outside the grinding tank facing the permanent magnets . - a grinding tank , comprising the load of powders (P) to be ground, in particular in liquid phase, and grinding medias (Mb), - a protective inner casing , arranged inside the grinding tank , defining an inner volume (Vi), - a grinding and mixing movable member , arranged in the inner volume (Vi) of the protective inner casing , - permanent magnets located at the protective inner casing , - drive magnets , for rotating (R) the protective inner casing by interaction with the permanent magnets , located outside the grinding tank facing the permanent magnets .
A seat structure for mounting to the load space of an automobile , the structure comprising a divider assembly , a lock and a seat cushion , wherein the divider assembly is slidably mountable to one or more tracks in the load space of the automobile for movement fore and aft within the automobile along the or each track , the lock may be engaged to lock the divider assembly in one or more selected positions between opposite ends of the or each track and the cushion is moveably mounted to the divider assembly for movement between storage and deployed positions, wherein, when in use and mounted in the load space of an automobile , the divider assembly is operable between an upright configuration in which it may be used to divide the load space and a flat configuration, and characterised in that when the divider assembly is in the flat configuration it is configured to be at least partially supported on the floor of the load space and the seat cushion may be moved to the deployed position to extend out of an opening to the load space to provide a seat for a person outside the automobile .
A milking system for use on a dairy farm, wherein the milking system comprises: - several milking devices , each having a milk-carrying part with milking cups , - a temporary milk storage vessel , - a milk pipe system which connects the temporary milk storage vessel to each of the milking devices, - a milk storage tank , and - a main milk pipe , which connects the temporary milk storage vessel to the milk storage tank, wherein the milking system furthermore comprises a first cleaning device having at least one first cleaning liquid supply and at least a pump , which cleaning device is configured to clean at least the milk-carrying part of at least one milking device and a part of the milk pipe system which connects the milk-carrying part to the temporary milk storage vessel, by transferring cleaning liquid from the cleaning liquid supply through at least the milk-carrying part of the at least one milking device and through said part of the milk pipe system to the temporary milk storage vessel by pumping, wherein the temporary milk storage vessel comprises a main pump for transferring liquid from the temporary milk storage vessel through the main milk pipe in the direction of the milk storage tank, wherein the milking system furthermore comprises a second, additional cleaning device with at least one second, additional cleaning liquid supply , which second cleaning device is configured to supply additional cleaning liquid from the second cleaning liquid supply in a direction of flow from the temporary milk storage vessel towards the main milk pipe, wherein the second cleaning liquid supply is situated downstream of at least each of the milking devices, viewed in said direction of flow. - several milking devices , each having a milk-carrying part with milking cups , - a temporary milk storage vessel , - a milk pipe system which connects the temporary milk storage vessel to each of the milking devices, - a milk storage tank , and - a main milk pipe , which connects the temporary milk storage vessel to the milk storage tank,
A weapon launch system for a submersible vessel, comprising: - at least one electrical actuator capable of performing a series of mechanical actions on a weapon launch tube; - a remote control station ; - actuating means for actuating the electric actuator with electrical power, the actuating means being connected to the electric actuator via an electrical link and to the remote control station via a computer network , the remote control station being able to monitor the operation of the actuating means by transmitting commands to these means via the computer network ; - security means capable of monitoring the operation of the actuating means ; the system is characterized in that it further comprises a local control panel connected via a direct control link to the actuating means , the local control panel being capable of monitoring the operation of the actuating means by transmitting commands to these means via the direct control link . - at least one electrical actuator capable of performing a series of mechanical actions on a weapon launch tube; - a remote control station ; - actuating means for actuating the electric actuator with electrical power, the actuating means being connected to the electric actuator via an electrical link and to the remote control station via a computer network , the remote control station being able to monitor the operation of the actuating means by transmitting commands to these means via the computer network ; - security means capable of monitoring the operation of the actuating means ;
Detection device , intended to be placed on or under a mattress so as to detect by ballistography at least the movements, heart and respiratory rates of an individual lying on the mattress, in particular in order to monitor the sleep of the individual, comprising: - a sensing portion comprising at least one inflatable chamber intended to contain a fluid consisting of air, intended to be positioned under the individual, in particular under one of the pressure points of the recumbent individual namely the head, chest, or lower torso, - an electronic unit arranged at a distance from the sensing portion, comprising at least one pressure sensor, intended to be positioned externally to the bedding, in particular close to the edge of the mattress or bedding, - a transmitting portion , interposed between the sensing portion and the electronic unit, comprising at least one channel , establishing a fluid connection between the inflatable chamber and the sensor so that the electronic unit receives the pressure changes induced by movements of the individual, wherein the channel of the transmitting portion comprises a solid flexible rod preventing the complete collapse of the upper wall against the lower wall, wherein a plurality of braces are provided in the inflatable chamber, joining at the locations where they are placed the upper and lower walls of the inflatable chamber such that the chamber, even when under pressure, has a thickness (E) that is much smaller than its length (L2) and width (L1), and wherein one of the braces is arranged in alignment with the solid rod in the vicinity of the outlet of the channel in the inflatable chamber. - a sensing portion comprising at least one inflatable chamber intended to contain a fluid consisting of air, intended to be positioned under the individual, in particular under one of the pressure points of the recumbent individual namely the head, chest, or lower torso, - an electronic unit arranged at a distance from the sensing portion, comprising at least one pressure sensor, intended to be positioned externally to the bedding, in particular close to the edge of the mattress or bedding, - a transmitting portion , interposed between the sensing portion and the electronic unit, comprising at least one channel , establishing a fluid connection between the inflatable chamber and the sensor so that the electronic unit receives the pressure changes induced by movements of the individual,
Hydraulic arrangement for axle height adjustment for a mobile working machine, having a lifting cylinder which has a pressure space which acts in the lifting direction and is charged with a load pressure on the basis of an axle load component of the mobile working machine, and having an electronically pressure-regulated variable-displacement pump by which the pressure space can be supplied, and having an electronic control device by which the variable-displacement pump can be driven and which has an input for a lifting signal of an operator control element , wherein, using the lifting signal, the variable-displacement pump can be set by means of the control device to a pump pressure (P) which is greater than the load pressure.
A rotary osteotome , comprising: a shank establishing a longitudinal axis of rotation; a body extending from said shank , said body having an apical end remote from said shank , a plurality of helically spiraling flutes disposed about said body , each said flute having a cutting face on one side thereof defining a rake angle and a densifying face on the other side thereof defining a heel-side angle, said flutes having an axial length and radial depth, a stopper section of said body disposed between said flutes and said shank , a land formed between each adjacent pair of flutes , each said land having a working edge along said cutting face of the one adjacent said flute , said working edge helically twisting about said body ; characterised in that each said flute is formed with a continuously negative rake angle along the entire length of the cutting face and a continuously negative rake angle along the entire length of said densifying face . a shank establishing a longitudinal axis of rotation; a body extending from said shank , said body having an apical end remote from said shank , a plurality of helically spiraling flutes disposed about said body , each said flute having a cutting face on one side thereof defining a rake angle and a densifying face on the other side thereof defining a heel-side angle, said flutes having an axial length and radial depth, a stopper section of said body disposed between said flutes and said shank , a land formed between each adjacent pair of flutes , each said land having a working edge along said cutting face of the one adjacent said flute , said working edge helically twisting about said body ; characterised in that each said flute is formed with a continuously negative rake angle along the entire length of the cutting face and a continuously negative rake angle along the entire length of said densifying face .
Extruded catalyst article comprising a catalyst which has a composite structure having a porous structure embedded into an inorganic matrix , wherein the porous structure is formed from catalytically inactive, porous cells having a cell size in the range from 10 μm to 200 μm, especially below 100 μm, at least partly surrounded by an active interface layer comprising a catalytically active material, wherein said extruded catalyst article is any of: - an extruded catalyst article consisting of the catalyst , - a honeycomb consisting of the catalyst , - a plate catalytic converter consisting of the catalyst , - pellets consisting of the catalyst , - a wall-flow filter comprising a honeycomb, wherein the honeycomb consists of the catalyst . - an extruded catalyst article consisting of the catalyst , - a honeycomb consisting of the catalyst , - a plate catalytic converter consisting of the catalyst , - pellets consisting of the catalyst , - a wall-flow filter comprising a honeycomb, wherein the honeycomb consists of the catalyst .
A user terminal communicating with a radio base station using a narrow bandwidth that is limited to a part of a system band, the user terminal comprising: a decision section configured to decide a frequency position for the narrow bandwidth based on downlink control information that is notified using a radio resource of an enhanced physical downlink control channel, EPDCCH; and a receiving section configured to receive a downlink data signal allocated to the narrow bandwidth based on the frequency position for the narrow bandwidth, wherein: the decision section is further configured to decide a frequency position of the EPDCCH based on Radio Resource Control, RRC, signaling, and the receiving section is further configured to monitor the radio resource of the EPDCCH in a common search space that is common to a plurality of user terminals, wherein the common search space corresponds to a frequency position that monitors the EPDCCH; the user terminal being characterized in that : the receiving section is further configured to use the time taken to read first to third symbols of a subframe to tune the frequency position for the narrow bandwidth. a decision section configured to decide a frequency position for the narrow bandwidth based on downlink control information that is notified using a radio resource of an enhanced physical downlink control channel, EPDCCH; and a receiving section configured to receive a downlink data signal allocated to the narrow bandwidth based on the frequency position for the narrow bandwidth, wherein: the decision section is further configured to decide a frequency position of the EPDCCH based on Radio Resource Control, RRC, signaling, and the receiving section is further configured to monitor the radio resource of the EPDCCH in a common search space that is common to a plurality of user terminals, wherein the common search space corresponds to a frequency position that monitors the EPDCCH; the user terminal being characterized in that : the receiving section is further configured to use the time taken to read first to third symbols of a subframe to tune the frequency position for the narrow bandwidth. the decision section is further configured to decide a frequency position of the EPDCCH based on Radio Resource Control, RRC, signaling, and the receiving section is further configured to monitor the radio resource of the EPDCCH in a common search space that is common to a plurality of user terminals, wherein the common search space corresponds to a frequency position that monitors the EPDCCH; the user terminal being characterized in that : the receiving section is further configured to use the time taken to read first to third symbols of a subframe to tune the frequency position for the narrow bandwidth.
A method for providing an operator control apparatus, in which - by means of an actuation of an input device an information display is controlled on a display surface , wherein the displayable information comprises at least two lists with in each case several list entries , wherein - through a first actuation operation during the display of the display content, which is associated with a selected list entry of the first list, at least one subset of the first list is displayed. characterized in that - through a second actuation operation, which is a one-time actuating of the input device , during the display of the display content, which is associated with a selected list entry of the first list, a change is made to a display of a display content, which is associated with a list entry of the second list, wherein - there are two types of lists, wherein - in the case of lists of the first type of list a marked list entry is automatically selected after a time interval, in which the list entry was constantly marked, and - in the case of lists of the second type of list a marked list entry is selected by an actuation input, wherein - the first list is a list of the first type of list and the second list is a list of the second type of list, wherein - the display surface has a first and a second display area , in which status information is displayed, and - in the display of the subset of the first list the second display area is displayed smaller. - by means of an actuation of an input device an information display is controlled on a display surface , wherein the displayable information comprises at least two lists with in each case several list entries , wherein - through a first actuation operation during the display of the display content, which is associated with a selected list entry of the first list, at least one subset of the first list is displayed. - through a second actuation operation, which is a one-time actuating of the input device , during the display of the display content, which is associated with a selected list entry of the first list, a change is made to a display of a display content, which is associated with a list entry of the second list, wherein - there are two types of lists, wherein - in the case of lists of the first type of list a marked list entry is automatically selected after a time interval, in which the list entry was constantly marked, and - in the case of lists of the second type of list a marked list entry is selected by an actuation input, wherein - the first list is a list of the first type of list and the second list is a list of the second type of list, wherein - the display surface has a first and a second display area , in which status information is displayed, and - in the display of the subset of the first list the second display area is displayed smaller.
A method for measuring a parameter of a borehole using an acoustic logging system, the borehole having a borehole casing filled with fluid, the borehole casing being surrounded by casing grout and having an inner wall and a back wall, the borehole casing having a first impedance (Z1) and being excitable at a resonant frequency that induces reverberation, the method comprising: using a transducer to transmit a signal in the direction of the borehole casing , that does not excite the resonant frequency of the borehole casing , the signal providing a frequency different from the resonant frequency of the borehole casing that induces reverberation, the signal producing acoustic echoes ; receiving a first acoustic echo (4 1 2 ) of the acoustic echoes with the transducer from the inner wall of the borehole casing ; receiving a second acoustic echo of the acoustic echoes with the transducer from the back wall of the borehole casing , determining a naught impedance (Z0) of the fluid in the borehole casing with the acoustic logging system; and determining at least one borehole parameter based on at least one of the first and second acoustic echoes comprising determining a second impedance (Z2) of casing grout based at least in part on the naught impedance (Z0) of the fluid, the first impedance (Z1) of the borehole casing , and a ratio of amplitudes of the first and second acoustic echoes . using a transducer to transmit a signal in the direction of the borehole casing , that does not excite the resonant frequency of the borehole casing , the signal providing a frequency different from the resonant frequency of the borehole casing that induces reverberation, the signal producing acoustic echoes ; receiving a first acoustic echo (4 1 2 ) of the acoustic echoes with the transducer from the inner wall of the borehole casing ; receiving a second acoustic echo of the acoustic echoes with the transducer from the back wall of the borehole casing , determining a naught impedance (Z0) of the fluid in the borehole casing with the acoustic logging system; and determining at least one borehole parameter based on at least one of the first and second acoustic echoes comprising determining a second impedance (Z2) of casing grout based at least in part on the naught impedance (Z0) of the fluid, the first impedance (Z1) of the borehole casing , and a ratio of amplitudes of the first and second acoustic echoes .