mhurhangee/ep-ind-claims huggingface dataset:
A laser ranging apparatus, comprising: a holder; a measuring part fixedly connected to said holder; a display device mounted to said holder; and a housing detachably connected to said holder, covering the holder and the measuring part; wherein said housing includes a first casing, and the first casing is an integrally formed tubular structure detachably sleeved outside said holder; wherein the measuring part and the display device form a measurement display part, and a cross sectional height and a cross sectional width of the measurement display part are both smaller than a cross sectional height and a cross sectional width of the housing, to ensure that there is a gap between the housing and the measuring part; the holder is enabled to slide into the first casing, and during a process of disassembling / assembling the housing from/to the holder, the measuring part is always fixed with the holder, such that the measuring part will not be touched; and wherein said housing further comprises a second casing, and a third casing both ends of said first casing are respectively provided with a first opening and a second opening; said second casing is detachably mounted to said first opening of said first casing; and one end of said holder is inserted into said first casing via said second opening, the other end of said holder extends to the outside of said second opening, and said holder is detachably connected to said third casing detachably connected to the second end of the first casing. a holder; a measuring part fixedly connected to said holder; a display device mounted to said holder; and a housing detachably connected to said holder, covering the holder and the measuring part; wherein said housing includes a first casing, and the first casing is an integrally formed tubular structure detachably sleeved outside said holder; wherein the measuring part and the display device form a measurement display part, and a cross sectional height and a cross sectional width of the measurement display part are both smaller than a cross sectional height and a cross sectional width of the housing, to ensure that there is a gap between the housing and the measuring part; the holder is enabled to slide into the first casing, and during a process of disassembling / assembling the housing from/to the holder, the measuring part is always fixed with the holder, such that the measuring part will not be touched; and wherein said housing further comprises a second casing, and a third casing both ends of said first casing are respectively provided with a first opening and a second opening; said second casing is detachably mounted to said first opening of said first casing; and one end of said holder is inserted into said first casing via said second opening, the other end of said holder extends to the outside of said second opening, and said holder is detachably connected to said third casing detachably connected to the second end of the first casing.
A method for providing information of scalable video coding, SVC, operation points, comprising: generating a Session Description Protocol, SDP, message, wherein the SDP message comprises a unique ID of each operation point and characteristic parameters of at least one operation point of multiple operation points, wherein characteristic parameter values of each operation point of the multiple operation points are comprised sequentially, according to a sequence of operation points provided in a parameter of stream operation point information, in each characteristic parameter item of the SDP message; and the unique ID of each operation point of the multiple operation points are comprised sequentially, according to the sequence of operation points provided in the parameter of stream operation point information, in a stream ID of the SDP message; and wherein the unique ID comprises a layer-ID; and sending the SDP message. generating a Session Description Protocol, SDP, message, wherein the SDP message comprises a unique ID of each operation point and characteristic parameters of at least one operation point of multiple operation points, wherein characteristic parameter values of each operation point of the multiple operation points are comprised sequentially, according to a sequence of operation points provided in a parameter of stream operation point information, in each characteristic parameter item of the SDP message; and the unique ID of each operation point of the multiple operation points are comprised sequentially, according to the sequence of operation points provided in the parameter of stream operation point information, in a stream ID of the SDP message; and wherein the unique ID comprises a layer-ID; and sending the SDP message.
An image forming apparatus comprising: a sheet accommodation unit including a plurality of sheet feeding cassettes; a display configured to display information on each of the plurality of sheet feeding cassettes, on toner to be used for printing and on printing mode; and a controller configured to acquire an instruction to be input by a user from the display and execute control processing based on the instruction acquired, characterized in that the image forming apparatus further comprises: a setting unit configured to assign a set of approved toners for printing by a decolorable toner, a non-decolorable toner and both a colorable and non-decolorable toner, for each of the plurality of sheet feeding cassettes, wherein the controller is configured to control the display, according to the toner selected by the user for printing, referred to as a selection toner, to display information of a non-approval sheet feeding cassette in which the selection toner is not approved for use in printing, in a manner different from the other sheet feeding cassettes, causing the user to recognize that the non-approval sheet feeding cassette cannot be selected among the plurality of sheet feeding cassettes. a sheet accommodation unit including a plurality of sheet feeding cassettes; a display configured to display information on each of the plurality of sheet feeding cassettes, on toner to be used for printing and on printing mode; and a controller configured to acquire an instruction to be input by a user from the display and execute control processing based on the instruction acquired, characterized in that the image forming apparatus further comprises: a setting unit configured to assign a set of approved toners for printing by a decolorable toner, a non-decolorable toner and both a colorable and non-decolorable toner, for each of the plurality of sheet feeding cassettes, wherein the controller is configured to control the display, according to the toner selected by the user for printing, referred to as a selection toner, to display information of a non-approval sheet feeding cassette in which the selection toner is not approved for use in printing, in a manner different from the other sheet feeding cassettes, causing the user to recognize that the non-approval sheet feeding cassette cannot be selected among the plurality of sheet feeding cassettes. a setting unit configured to assign a set of approved toners for printing by a decolorable toner, a non-decolorable toner and both a colorable and non-decolorable toner, for each of the plurality of sheet feeding cassettes, wherein the controller is configured to control the display, according to the toner selected by the user for printing, referred to as a selection toner, to display information of a non-approval sheet feeding cassette in which the selection toner is not approved for use in printing, in a manner different from the other sheet feeding cassettes, causing the user to recognize that the non-approval sheet feeding cassette cannot be selected among the plurality of sheet feeding cassettes.
A battery operated device for transmitting data messages, said device comprising: - a low throughput network interface, adapted to send said data messages to a cloud application over a low throughput connection; - an acknowledgement receiver, adapted to: - receive over said low throughput connection an acknowledgment message generated by said cloud application and containing acknowledgement information for one or more of said data messages; and - interpret said acknowledgement message; CHARACTERIZED IN THAT said battery operated device further comprises an acknowledgement request generator adapted to generate and send a request over said low throughput connection to said cloud application for said acknowledgement message. - a low throughput network interface, adapted to send said data messages to a cloud application over a low throughput connection; - an acknowledgement receiver, adapted to: - receive over said low throughput connection an acknowledgment message generated by said cloud application and containing acknowledgement information for one or more of said data messages; and - interpret said acknowledgement message; CHARACTERIZED IN THAT said battery operated device further comprises an acknowledgement request generator adapted to generate and send a request over said low throughput connection to said cloud application for said acknowledgement message. - receive over said low throughput connection an acknowledgment message generated by said cloud application and containing acknowledgement information for one or more of said data messages; and - interpret said acknowledgement message; CHARACTERIZED IN THAT said battery operated device further comprises an acknowledgement request generator adapted to generate and send a request over said low throughput connection to said cloud application for said acknowledgement message.
A first bio-probe immobilized on a surface, the first bio-probe comprising: a PNA sequence capable of hybridizing to a target nucleotide; at least one charged functional group disposed at one or both termini or intermittently through the PNA sequence of the first bio-probe, wherein the charged functional group comprises a charged amino acid; and wherein the attachment of the charged functional group results in lesser aggregation of a plurality of bio-probes immobilized on the surface, as compared to immobilized bio-probes not comprising a charged functional group. a PNA sequence capable of hybridizing to a target nucleotide; at least one charged functional group disposed at one or both termini or intermittently through the PNA sequence of the first bio-probe, wherein the charged functional group comprises a charged amino acid; and wherein the attachment of the charged functional group results in lesser aggregation of a plurality of bio-probes immobilized on the surface, as compared to immobilized bio-probes not comprising a charged functional group.
Method for simulating a control lever of a member of a vehicle, in particular a motor vehicle, based on a standard control lever, connected to an electrical power supply, and emitting ordinary electrical signals depending on its degree of depression, comprising a high signal and another low signal, wherein, in order to simulate, from a defined position of the standard control lever, a first specific value of the high signal or of the low signal, as well as a second specific value of the coherence between these two signals (U1/U2), the following operations are performed successively: - in a first step, the values of the high signal and of the low signal are measured; - in a second step, a first series resistor is added on one of the following three connections: the pedal power supply (Ra), the high signal or the low signal, to obtain one of the two specific values; and - in a third step, the second resulting value is measured, and a second series resistor is adjusted on one of the two remaining connections to obtain the second specific value desired. - in a first step, the values of the high signal and of the low signal are measured; - in a second step, a first series resistor is added on one of the following three connections: the pedal power supply (Ra), the high signal or the low signal, to obtain one of the two specific values; and - in a third step, the second resulting value is measured, and a second series resistor is adjusted on one of the two remaining connections to obtain the second specific value desired.
A medical device configured to form one or more holes within a bone of a patient, comprising: a handle assembly (200, 300, 400) including a housing (207, 307, 407), a lever (205, 305, 405) rotatably coupled to the housing between an initial position and an extended position, and a sheath (203, 303, 403) extending distally from the housing; and a bone punch (270, 370, 470) including an elongate shaft (274, 374, 474), a head (276, 376, 476) at a proximal end of the elongate shaft, and a piercing tip (272, 372, 472) at a distal end of the elongate shaft, wherein the piercing tip is configured to be driven into the bone; wherein the elongate shaft is slidably disposed within the sheath in a first position when the lever is in the initial position; characterised in that translation of the bone punch distally within the sheath from the first position to a second position causes a distal end of the lever to rotate away from the housing to the extended position. a handle assembly (200, 300, 400) including a housing (207, 307, 407), a lever (205, 305, 405) rotatably coupled to the housing between an initial position and an extended position, and a sheath (203, 303, 403) extending distally from the housing; and a bone punch (270, 370, 470) including an elongate shaft (274, 374, 474), a head (276, 376, 476) at a proximal end of the elongate shaft, and a piercing tip (272, 372, 472) at a distal end of the elongate shaft, wherein the piercing tip is configured to be driven into the bone; wherein the elongate shaft is slidably disposed within the sheath in a first position when the lever is in the initial position; characterised in that translation of the bone punch distally within the sheath from the first position to a second position causes a distal end of the lever to rotate away from the housing to the extended position.
A valve for gaseous and liquid media, comprising a valve body with an inlet, an outlet, a valve chamber and a valve seat, a plate anchor with an armature disc, a sealing pin and a spring, and a magnetic head with an electronic coil, an inner core, an outer core, and a nonmagnetizable dividing ring (25, 34) arranged between the latter, wherein a front face of the outer core corresponding with the armature disc of the plate anchor and an end face part of the dividing ring (25,34) facing the armature disc are configured as stop surface (29, 38) in one and the same plane, characterized in that a) in a contact area (139, 143) between the dividing ring and the inner core an axial clearance (140, 145) is formed which has a welding surface (141, 147) that is axially recessed relative to the stop surface and the bottom surface, wherein the bottom surface is axially recessed relative to the stop surface and relative to an end wall of the inner core, and/or in that b) in a contact area (139, 143) between the dividing ring and the outer core an axial clearance (140, 145) is formed which has a welding surface (141, 147) that is axially recessed relative to the stop surface. a) in a contact area (139, 143) between the dividing ring and the inner core an axial clearance (140, 145) is formed which has a welding surface (141, 147) that is axially recessed relative to the stop surface and the bottom surface, wherein the bottom surface is axially recessed relative to the stop surface and relative to an end wall of the inner core, and/or in that b) in a contact area (139, 143) between the dividing ring and the outer core an axial clearance (140, 145) is formed which has a welding surface (141, 147) that is axially recessed relative to the stop surface.
Continuous-flow heater for heating a liquid comprising a base body with a channel arrangement formed in the base body with a plurality of fluid passable channels, wherein the fluid passable channels are configured and adapted for passing a fluid, wherein at least two of the channels each extend in the base body forming channel openings at at least one end side of the base body, wherein deflection end faces are configured at the end side which are adapted to deflect the fluid between the channel openings, and at least one cover member, which is detachably arranged corresponding to the deflection end faces in a sealed manner forming sealing deflection bridge channels between corresponding channel openings at the end side, wherein the end side as well as the cover member each have sealant recesses circumferentially surrounding the cross-sections of the deflection bridge channels, which are each configured and adapted to receive a sealant, characterised in that each of the sealant recesses is arranged between a channel-internal sealing surface and a channel-external sealing surface, and the channel-external sealing surfaces of the end side of the base body and of the cover member are respectively adaptet in such a manner that they are sealingly adjacent to each other in a planar manner, while the respective channel-internal sealing surfaces of the end side of the base body and of the cover member are spaced apart from each other, leaving a sealing gap. a base body with a channel arrangement formed in the base body with a plurality of fluid passable channels, wherein the fluid passable channels are configured and adapted for passing a fluid, wherein at least two of the channels each extend in the base body forming channel openings at at least one end side of the base body, wherein deflection end faces are configured at the end side which are adapted to deflect the fluid between the channel openings, and at least one cover member, which is detachably arranged corresponding to the deflection end faces in a sealed manner forming sealing deflection bridge channels between corresponding channel openings at the end side, wherein the end side as well as the cover member each have sealant recesses circumferentially surrounding the cross-sections of the deflection bridge channels, which are each configured and adapted to receive a sealant, characterised in that each of the sealant recesses is arranged between a channel-internal sealing surface and a channel-external sealing surface, and the channel-external sealing surfaces of the end side of the base body and of the cover member are respectively adaptet in such a manner that they are sealingly adjacent to each other in a planar manner, while the respective channel-internal sealing surfaces of the end side of the base body and of the cover member are spaced apart from each other, leaving a sealing gap.
A remote operator control system comprising: a communication link to send and receive rail vehicle information including a first transfer control input configured to receive operator input for transferring control of operation of a selected rail vehicle from manual control by the remote operator control system to automatic control by an energy management system; an operator interface; and a controller configured to send, through the communication link, a request to establish communication with a positive train control system on-board the selected rail vehicle based on an operating condition, send, through the communication link, a request to establish communication with the energy management system on-board the selected rail vehicle based on the operating condition; in response to receiving confirmation of communication with the positive train control system, receive positive train control information for the selected rail vehicle through the communication link, and display the positive train control information for the selected rail vehicle on the operator interface, and send, through the communication link, control commands to the energy management system to take control of operation of the selected rail vehicle from the remote operator control system in response to receiving operator input through the first transfer control input. a communication link to send and receive rail vehicle information including a first transfer control input configured to receive operator input for transferring control of operation of a selected rail vehicle from manual control by the remote operator control system to automatic control by an energy management system; an operator interface; and a controller configured to send, through the communication link, a request to establish communication with a positive train control system on-board the selected rail vehicle based on an operating condition, send, through the communication link, a request to establish communication with the energy management system on-board the selected rail vehicle based on the operating condition; in response to receiving confirmation of communication with the positive train control system, receive positive train control information for the selected rail vehicle through the communication link, and display the positive train control information for the selected rail vehicle on the operator interface, and send, through the communication link, control commands to the energy management system to take control of operation of the selected rail vehicle from the remote operator control system in response to receiving operator input through the first transfer control input.
Station for heating preforms for an installation for producing containers by forming said preforms, the heating station having: - a device for conveying the preforms in a line from upstream to downstream along a conveying path, the conveying device having shuttles that are independent of one another circulating in a line on a common track, each shuttle having at least one member for gripping a preform that is mounted so as to rotate on said shuttle; - the conveying path having a heating zone along which the preforms are exposed to heating radiation emitted by heating emitters, and the conveying path having an output zone arranged directly downstream of the heating zone, the preforms moving along the output zone being substantially out of range of the heating emitters; - at least one endless flexible member of which an active strand extends along the conveying path, a heating section of the active strand being engaged with a pinion of each shuttle so as to drive the at least one associated gripping member in rotation during its movement along the heating zone; - the endless flexible member rotating such that the active strand moves downstream; characterized in that the active strand of each endless flexible member has a downstream end section, referred to as output section, which extends along the output zone so as to be engaged with the pinion all along the output zone, so as to be able to stop the rotation of the gripping member in the output zone by controlling the movement of the shuttle at the same speed as the active strand. - a device for conveying the preforms in a line from upstream to downstream along a conveying path, the conveying device having shuttles that are independent of one another circulating in a line on a common track, each shuttle having at least one member for gripping a preform that is mounted so as to rotate on said shuttle; - the conveying path having a heating zone along which the preforms are exposed to heating radiation emitted by heating emitters, and the conveying path having an output zone arranged directly downstream of the heating zone, the preforms moving along the output zone being substantially out of range of the heating emitters; - at least one endless flexible member of which an active strand extends along the conveying path, a heating section of the active strand being engaged with a pinion of each shuttle so as to drive the at least one associated gripping member in rotation during its movement along the heating zone; - the endless flexible member rotating such that the active strand moves downstream;