mhurhangee/ep-ind-claims huggingface dataset:
A desk comprising: at least two legs at or near opposite lateral sides of the desk; a profile extending from one of said legs to the opposite one of said legs, said profile being mounted to upper end portions of the legs; and a desktop panel supported by said profile; wherein said legs are coupled to said profile by twist lock connections, said twist lock connections each being locked or lockable against axial dislodgement by twisting of at least an end part of the leg relative to the profile about a center line of the leg; characterized by at least two feet, each of said feet being mounted to a lower end of one of the legs, projecting from the leg to which it is mounted in at least a forward or rearward direction and being of a length of at least 45 cm. at least two legs at or near opposite lateral sides of the desk; a profile extending from one of said legs to the opposite one of said legs, said profile being mounted to upper end portions of the legs; and a desktop panel supported by said profile; wherein said legs are coupled to said profile by twist lock connections, said twist lock connections each being locked or lockable against axial dislodgement by twisting of at least an end part of the leg relative to the profile about a center line of the leg; characterized by at least two feet, each of said feet being mounted to a lower end of one of the legs, projecting from the leg to which it is mounted in at least a forward or rearward direction and being of a length of at least 45 cm.
A rotating disk reactor for chemical vapor deposition, the reactor comprising: a) a vacuum chamber; b) a ferrofluid feedthrough that passes a motor shaft into the vacuum chamber, the ferrofluid feedthrough comprising an upper ferrofluid seal; c) a motor, the motor being coupled to the motor shaft; d) a turntable positioned in the vacuum chamber and being coupled to the motor shaft such that the motor can rotate the turntable at a desired rotation rate; e) a support coupled to the turntable such that the turntable can rotate the support when driven by the shaft; f) a substrate carrier (110, 500) positioned on the support, the substrate carrier (110, 500) being arranged to support substrates in the vacuum chamber for chemical vapor deposition processing; and g) a heater positioned proximate to the substrate carrier (110, 500), the heater being arranged to control the temperature of the substrate carrier (110, 500) to a desired temperature for chemical vapor deposition process; wherein the ferrofluid feedthrough further comprises a lower ferrofluid seal, and the motor is positioned in an atmospheric region between the upper and the lower ferrofluid seal (130, 130'); characterised in that the motor comprises a rotor (126") that is positioned in contact with the motor shaft such that the motor is directly coupled to the motor shaft; the support is a hollow dielectric cylindrical support; and the turntable is coupled to the motor shaft with a flexible means. a) a vacuum chamber; b) a ferrofluid feedthrough that passes a motor shaft into the vacuum chamber, the ferrofluid feedthrough comprising an upper ferrofluid seal; c) a motor, the motor being coupled to the motor shaft; d) a turntable positioned in the vacuum chamber and being coupled to the motor shaft such that the motor can rotate the turntable at a desired rotation rate; e) a support coupled to the turntable such that the turntable can rotate the support when driven by the shaft; f) a substrate carrier (110, 500) positioned on the support, the substrate carrier (110, 500) being arranged to support substrates in the vacuum chamber for chemical vapor deposition processing; and g) a heater positioned proximate to the substrate carrier (110, 500), the heater being arranged to control the temperature of the substrate carrier (110, 500) to a desired temperature for chemical vapor deposition process; wherein the ferrofluid feedthrough further comprises a lower ferrofluid seal, and the motor is positioned in an atmospheric region between the upper and the lower ferrofluid seal (130, 130');
A hearing aid for use in an ear canal, comprising: a hearing aid circuit including a microphone including a microphone diaphragm, a receiver including a receiver diaphragm, and a processor circuit coupled between the microphone and the receiver; and a case housing the hearing aid circuit, the case having a core axis and including a base structure being a continuous wall structure and including a rear portion housing at least the microphone, a front portion housing at least the receiver, and a middle portion configured to hold a battery, wherein the microphone diaphragm is approximately perpendicular to the receiver diaphragm, and the rear portion of the base structure has a first opening being on a plane perpendicular to the core axis, and the front portion of the base structure has a second opening being approximately on a plane parallel to the core axis. a hearing aid circuit including a microphone including a microphone diaphragm, a receiver including a receiver diaphragm, and a processor circuit coupled between the microphone and the receiver; and a case housing the hearing aid circuit, the case having a core axis and including a base structure being a continuous wall structure and including a rear portion housing at least the microphone, a front portion housing at least the receiver, and a middle portion configured to hold a battery, wherein the microphone diaphragm is approximately perpendicular to the receiver diaphragm, and the rear portion of the base structure has a first opening being on a plane perpendicular to the core axis, and the front portion of the base structure has a second opening being approximately on a plane parallel to the core axis.
A cap (12, 101, 104) for a drug delivery device (10, 100), the cap comprising: a needle assembly retained within the cap; and a pre-stressed biasing element disposed between the cap and the needle assembly and configured to bias the needle assembly proximally with respect to the drug delivery device while the cap is secured to a main body of the drug delivery device; wherein the cap is configured to be moved by rotation between an initial position, an intermediate position and a final position, the rotation being about a longitudinal axis of the drug delivery device extending between a distal end of the drug delivery device at which the cap is located and an opposing proximal end of the drug delivery device, and wherein the cap is further configured: in an initial position to be secured to drug delivery device and to retain locking elements of the cap or the main body in a locked position; in an intermediate position to be secured to drug delivery device and to release the locking elements to allow the needle assembly to engage with a cartridge located within the main body of the drug delivery device; and to be rotated to the final position in which protrusions on the main body of the drug delivery device reach the end of bayonet fitting grooves in the cap, allowing the cap to be unsecured from the drug delivery device. a needle assembly retained within the cap; and a pre-stressed biasing element disposed between the cap and the needle assembly and configured to bias the needle assembly proximally with respect to the drug delivery device while the cap is secured to a main body of the drug delivery device; wherein the cap is configured to be moved by rotation between an initial position, an intermediate position and a final position, the rotation being about a longitudinal axis of the drug delivery device extending between a distal end of the drug delivery device at which the cap is located and an opposing proximal end of the drug delivery device, and wherein the cap is further configured: in an initial position to be secured to drug delivery device and to retain locking elements of the cap or the main body in a locked position; in an intermediate position to be secured to drug delivery device and to release the locking elements to allow the needle assembly to engage with a cartridge located within the main body of the drug delivery device; and to be rotated to the final position in which protrusions on the main body of the drug delivery device reach the end of bayonet fitting grooves in the cap, allowing the cap to be unsecured from the drug delivery device. in an initial position to be secured to drug delivery device and to retain locking elements of the cap or the main body in a locked position; in an intermediate position to be secured to drug delivery device and to release the locking elements to allow the needle assembly to engage with a cartridge located within the main body of the drug delivery device; and to be rotated to the final position in which protrusions on the main body of the drug delivery device reach the end of bayonet fitting grooves in the cap, allowing the cap to be unsecured from the drug delivery device.
Pump assembly for a calibrating tool, having a separator (11, 111) which comprises at least one fluid inlet (12, 112, 112') for a fluid mixture containing liquid and gaseous media, at least one fluid outlet (13, 113) and at least one gas outlet (14, 114), means (15, 16, 120) for producing negative pressure in the separator (11, 111), which communicate with the gas outlet (14, 114) and the fluid inlet (12, 112, 112'), the means for producing negative pressure in the separator comprising at least one variable-speed vacuum pump, a controller being provided which regulates the speed of the vacuum pump dependent on the pressure of the gaseous medium in the separator, means (18, 118) for aspirating the fluid, which communicate with the fluid outlet (13, 113), and means (22, 24) for determining the fill level of the fluid in the separator, the means for aspirating the fluid comprising at least one variable-speed delivery pump (18, 118), a controller being provided which regulates the speed of the delivery pump dependent on the fill level of the fluid in the separator (11, 111), characterised in that the delivery pump (18, 118) is integrated in the separator (11, 111) such that the pump housing of the delivery pump (18, 118) envelops the separator (11, 111) and a pressure connection (19, 119) of the delivery pump (18, 118) forms the fluid outlet (13, 113) of the separator (11, 111), and in that the vacuum pump is integrated in the separator such that the pump housing of the vacuum pump envelops the separator and a pressure connection of the vacuum pump forms the gas outlet of the separator.
An adjusting arrangement, comprising: a position-sensitive component comprising a first aperture and a second aperture; a first sleeve comprising a first eccentric aperture, wherein the position-sensitive component is configured to receive the first sleeve in the first aperture; a second sleeve comprising a second eccentric aperture, wherein the first sleeve is configured to receive the second sleeve in the first eccentric aperture; a first rod configured to extend through the first aperture, the first rod comprising a first centerline axis; a second rod configured to extend through the second aperture, the second rod comprising a second centerline axis; wherein rotation of the first sleeve with respect to the position-sensitive component and the second sleeve is configured to drive rotation of the position-sensitive component about the second centerline axis; and a mounting structure, wherein the first rod and the second rod are coupled to the mounting structure. a position-sensitive component comprising a first aperture and a second aperture; a first sleeve comprising a first eccentric aperture, wherein the position-sensitive component is configured to receive the first sleeve in the first aperture; a second sleeve comprising a second eccentric aperture, wherein the first sleeve is configured to receive the second sleeve in the first eccentric aperture; a first rod configured to extend through the first aperture, the first rod comprising a first centerline axis; a second rod configured to extend through the second aperture, the second rod comprising a second centerline axis; wherein rotation of the first sleeve with respect to the position-sensitive component and the second sleeve is configured to drive rotation of the position-sensitive component about the second centerline axis; and a mounting structure, wherein the first rod and the second rod are coupled to the mounting structure.
Packet for smoking articles, comprising: - an external shell with an access aperture, said external shell comprising an external containing body, - an internal shell to contain smoking articles provided with a rear wall comprising one or more upper folding flaps delimited by a folding line (34"'), - a closing lid hinged to the internal shell by means of a hinge defined by said folding line (34'") and able to position itself between an open condition in which it allows access to the smoking articles contained in the internal shell, and a closed condition, in which it closes said access aperture of the external shell, said closing lid being provided with a rear wall, - a connection tongue provided with a connection end connected to an edge of the closing lid and a connection end connected to the external connection body to connect the closing lid to the external containing body, said connection tongue being part of said rear wall of the closing lid and being delimited laterally by two incisions, or notches, which define one or more smaller lateral panels of the rear wall of the closing lid, said one or more smaller lateral panels being attached to said one or more upper folding flaps and rotatable around said folding line (34'") which said hinge defines, wherein the internal shell is configured to slide, with respect to the external containing body, between a closed configuration, where the internal shell is completely inserted inside the external shell and where the closing lid is, in its closed condition, completely outside both the internal shell and the external containing body, and an open and extracted configuration where the internal shell is partly extracted from the external containing body, wherein, moreover, the external containing body, the closing lid and the connection tongue which form the external shell have no other functional apertures to put said internal shell in said open and extracted configuration. - an external shell with an access aperture, said external shell comprising an external containing body, - an internal shell to contain smoking articles provided with a rear wall comprising one or more upper folding flaps delimited by a folding line (34"'), - a closing lid hinged to the internal shell by means of a hinge defined by said folding line (34'") and able to position itself between an open condition in which it allows access to the smoking articles contained in the internal shell, and a closed condition, in which it closes said access aperture of the external shell, said closing lid being provided with a rear wall, - a connection tongue provided with a connection end connected to an edge of the closing lid and a connection end connected to the external connection body to connect the closing lid to the external containing body, said connection tongue being part of said rear wall of the closing lid and being delimited laterally by two incisions, or notches, which define one or more smaller lateral panels of the rear wall of the closing lid, said one or more smaller lateral panels being attached to said one or more upper folding flaps and rotatable around said folding line (34'") which said hinge defines,
An incoming call controlling device configured to control an incoming call from a phone network, the incoming call controlling device comprising: connection determining means for determining, when an incoming call to a first phone number is received, whether a mobile phone terminal pre-associated with the first phone number is connected as an extension phone to the incoming call controlling device; incoming call controlling means for transferring the incoming call to a second phone number when the connection determining means has determined that the mobile phone terminal is not connected to the incoming call controlling device, the second phone number being a mobile phone number of the mobile phone terminal; and caller information transmitting means for transmitting, to a server, identification information for identifying the mobile phone terminal and caller information of the incoming call when a transfer by the incoming call controlling means is performed, the server being configured to notify a phone terminal of the caller information by using a network different from a circuit used for the transfer, wherein the incoming call controlling means is configured to transfer the incoming call by calling the second phone number with a predetermined phone number used as a caller number. connection determining means for determining, when an incoming call to a first phone number is received, whether a mobile phone terminal pre-associated with the first phone number is connected as an extension phone to the incoming call controlling device; incoming call controlling means for transferring the incoming call to a second phone number when the connection determining means has determined that the mobile phone terminal is not connected to the incoming call controlling device, the second phone number being a mobile phone number of the mobile phone terminal; and caller information transmitting means for transmitting, to a server, identification information for identifying the mobile phone terminal and caller information of the incoming call when a transfer by the incoming call controlling means is performed, the server being configured to notify a phone terminal of the caller information by using a network different from a circuit used for the transfer, wherein the incoming call controlling means is configured to transfer the incoming call by calling the second phone number with a predetermined phone number used as a caller number.
A label distribution method, comprising: sending, by a first routing device, a first Border Gateway Protocol, BGP, update message to a second routing device, wherein the first BGP update message comprises a first virtual private network, VPN, instance identifier and a first route target, RT, wherein the first VPN instance identifier is used to identify a first VPN instance on the first routing device, and the first RT considered as an import RT is an RT of the first VPN instance; receiving, by the first routing device, a second BGP update message sent by the second routing device, wherein the second BGP update message comprises a second VPN instance identifier and a second RT, wherein the second VPN instance identifier is used to identify a second VPN instance on the second routing device, and the second RT considered as an export RT is an RT of the second VPN instance; allocating, by the first routing device, a first VPN instance label to the second VPN instance after determining that the first RT is equal to the second RT; and sending, by the first routing device, a third BGP update message to the second routing device, wherein the third BGP update message comprises the first VPN instance label. sending, by a first routing device, a first Border Gateway Protocol, BGP, update message to a second routing device, wherein the first BGP update message comprises a first virtual private network, VPN, instance identifier and a first route target, RT, wherein the first VPN instance identifier is used to identify a first VPN instance on the first routing device, and the first RT considered as an import RT is an RT of the first VPN instance; receiving, by the first routing device, a second BGP update message sent by the second routing device, wherein the second BGP update message comprises a second VPN instance identifier and a second RT, wherein the second VPN instance identifier is used to identify a second VPN instance on the second routing device, and the second RT considered as an export RT is an RT of the second VPN instance; allocating, by the first routing device, a first VPN instance label to the second VPN instance after determining that the first RT is equal to the second RT; and sending, by the first routing device, a third BGP update message to the second routing device, wherein the third BGP update message comprises the first VPN instance label.
A testing device comprising: an impulse current generator that is configured to provide a direct impulse current DIC that includes a specified waveform to a test load during a test duration; a continuous power supply that is configured to provide a continuous power to the test load during the test duration, characterised in that the testing device further comprises: a trigger circuit that is configured to determine a trigger condition that corresponds to a time duration of the DIC applied to the test load and to generate a trigger signal responsive to determining the trigger condition; and a current bypass circuit that is configured to receive the trigger signal generated by the trigger circuit and to conduct a majority portion of the DIC being conducted by the test load responsive to the trigger signal. an impulse current generator that is configured to provide a direct impulse current DIC that includes a specified waveform to a test load during a test duration; a continuous power supply that is configured to provide a continuous power to the test load during the test duration, characterised in that the testing device further comprises: a trigger circuit that is configured to determine a trigger condition that corresponds to a time duration of the DIC applied to the test load and to generate a trigger signal responsive to determining the trigger condition; and a current bypass circuit that is configured to receive the trigger signal generated by the trigger circuit and to conduct a majority portion of the DIC being conducted by the test load responsive to the trigger signal. a trigger circuit that is configured to determine a trigger condition that corresponds to a time duration of the DIC applied to the test load and to generate a trigger signal responsive to determining the trigger condition; and a current bypass circuit that is configured to receive the trigger signal generated by the trigger circuit and to conduct a majority portion of the DIC being conducted by the test load responsive to the trigger signal.
Apparatus for pulling a single crystal of semiconductor material from a melt by the CZ method, comprising a crucible for holding the melt; a resistive heater disposed around the crucible; a camera system for observing a phase boundary between the melt and the growing single crystal, the camera system having an optical axis; a heat shield formed in a frustoconical shape with a tapering diameter in the region of its lower end and disposed above the crucible and surrounding the growing single crystal; an annular element for catching particles, projecting inwardly from an inner side surface of the heat shield and having an upwardly directed catching edge at its inner end, the optical axis of the camera system extending between the catching edge and the growing single crystal, characterized in that the annular element is detachably connected to the heat shield. a crucible for holding the melt; a resistive heater disposed around the crucible; a camera system for observing a phase boundary between the melt and the growing single crystal, the camera system having an optical axis; a heat shield formed in a frustoconical shape with a tapering diameter in the region of its lower end and disposed above the crucible and surrounding the growing single crystal; an annular element for catching particles, projecting inwardly from an inner side surface of the heat shield and having an upwardly directed catching edge at its inner end, the optical axis of the camera system extending between the catching edge and the growing single crystal, characterized in that the annular element is detachably connected to the heat shield.