mhurhangee/patent-ind-claim-en huggingface dataset:
Printing apparatus comprising: - a printing device (2; 3) for printing a document on a strip; - a cutting device for severing the document from the strip when the document is in a cutting position; - a shifting device for shifting the document laterally from said cutting position to a stacking position; - characterized by comprising at least one first protrusion arranged for interacting in contact with at least one first edge of the document when said shifting device shifts the document laterally from said cutting position to said stacking position such that the first edge is folded passing over said at least one first protrusion in the shift from said cutting position to said stacking position, to then have an elastic return after passing said at least one first protrusion ; - at least one movable wall arranged for maintaining the document located in said stacking position pressed against said at least one protrusion . - a printing device (2; 3) for printing a document on a strip; - a cutting device for severing the document from the strip when the document is in a cutting position; - a shifting device for shifting the document laterally from said cutting position to a stacking position; - characterized by comprising at least one first protrusion arranged for interacting in contact with at least one first edge of the document when said shifting device shifts the document laterally from said cutting position to said stacking position such that the first edge is folded passing over said at least one first protrusion in the shift from said cutting position to said stacking position, to then have an elastic return after passing said at least one first protrusion ; - at least one movable wall arranged for maintaining the document located in said stacking position pressed against said at least one protrusion .
An automatic warehouse for storing objects, comprising a storage region having multiple storage areas for the objects, wherein the storage areas can be operated for storing and removing the objects or for removing the objects from a manipulator, wherein the storage region is at least partially surrounded by housing walls , wherein an access door is arranged preferably in at least one of the housing walls , comprising a control device for controlling the manipulator and for managing the storage regions and comprising a display device having a display , wherein data communication is performed between the display device and the control device, wherein the display device is arranged on or in one of the housing walls or on or in the access door , wherein the display has an elongated, rectangular shape and is arranged in the portrait position, characterized in that the control device controls a position of a display section that can be displayed on the display in the vertical direction by means of a control command generated as a function of control data and/or as a function of an input command to adapt to the habits of a user or to the size of a user. comprising a storage region having multiple storage areas for the objects, wherein the storage areas can be operated for storing and removing the objects or for removing the objects from a manipulator, wherein the storage region is at least partially surrounded by housing walls , wherein an access door is arranged preferably in at least one of the housing walls , comprising a control device for controlling the manipulator and for managing the storage regions and comprising a display device having a display , wherein data communication is performed between the display device and the control device, wherein the display device is arranged on or in one of the housing walls or on or in the access door , wherein the display has an elongated, rectangular shape and is arranged in the portrait position, characterized in that the control device controls a position of a display section that can be displayed on the display in the vertical direction by means of a control command generated as a function of control data and/or as a function of an input command to adapt to the habits of a user or to the size of a user.
A medical laser system for ophthalmological surgery, such as photocoagulation or another method of photo-thermal stimulation, the laser system comprising: - a laser device configured to emit laser radiation at a visible wavelength; and - a laser controller configured to control the laser system; wherein the laser device comprises: - a laser source configured to emit a source radiation, and - a frequency converter configured to receive the source radiation and to output said emitted laser radiation as a frequency-converted output of a frequency conversion process, the frequency conversion process having an efficiency dependent on a wavelength of the source radiation, the efficiency having a maximum, the emitted laser radiation having an optical output power; wherein the laser controller is configured to adjust the optical output power of the emitted laser radiation to a selected target value by adjusting an operating temperature of the laser source and/or an operating temperature of the frequency converter such that the frequency converter is operated at an efficiency smaller than the maximum of the efficiency. - a laser device configured to emit laser radiation at a visible wavelength; and - a laser controller configured to control the laser system; - a laser source configured to emit a source radiation, and - a frequency converter configured to receive the source radiation and to output said emitted laser radiation as a frequency-converted output of a frequency conversion process, the frequency conversion process having an efficiency dependent on a wavelength of the source radiation, the efficiency having a maximum, the emitted laser radiation having an optical output power;
A method for providing a multimedia broadcast/multicast service, MBMS by a radio network controller in a mobile communication system that includes a plurality of cells which are distinguished by different frequency areas, FA, overlapping in the same geographical area, the method comprising: providing a service identifier of the MBMS service and frequency information of a cell supporting a MBMS service to at least one user equipment, UE, located in a cell of a frequency area not supporting the MBMS service; assigning a radio resource for the MBMS service to at least one UE which is to be provided with the MBMS service; and providing the MBMS service to the at least one UE, to which the radio resource is allocated, through the assigned radio resource, wherein the frequency information includes frequency information for the cell of a frequency area supporting the MBMS service. providing a service identifier of the MBMS service and frequency information of a cell supporting a MBMS service to at least one user equipment, UE, located in a cell of a frequency area not supporting the MBMS service; assigning a radio resource for the MBMS service to at least one UE which is to be provided with the MBMS service; and providing the MBMS service to the at least one UE, to which the radio resource is allocated, through the assigned radio resource, wherein the frequency information includes frequency information for the cell of a frequency area supporting the MBMS service.
A telephony service for caller and called parties in different telecommunication networks, whereby the telephony service is a cloud service in the Internet and allows the use of a fixed telephone or a mobile telephone , the telephony service is configured to control and assist calls through the telephony service between a user device party and one or more devices of pre-defined other parties , characterize d by the telephony service activating an alternative function at an instant or intended call to one of the parties for secure accessibility at outgoing and incoming calls from and to the telephony service , when the called party does not answer, said alternative function involving a forwarding function and a voice function, which forwarding function relocates a first outgoing call leg attempt to the user device party back as a second call leg attempt if the user does not answer the first outgoing call leg attempt after a certain time period, whereby the voice function is automatically activated, the voice function being one of a special harmonic ring tone, a pre-recorded announcement, a melody for the user device, a pre-recorded/dynamic Text-To-Speech, TTS, announcement to be played by the telephony service in order to pay special attention for an incoming auto-answer call and the second outgoing voice call attemptis automatically answered with the loudspeaker on, whereby said alternative function is administered by means of a connected database, which defines the situations for activating said alternative function. the telephony service activating an alternative function at an instant or intended call to one of the parties for secure accessibility at outgoing and incoming calls from and to the telephony service , when the called party does not answer, said alternative function involving a forwarding function and a voice function, which forwarding function relocates a first outgoing call leg attempt to the user device party back as a second call leg attempt if the user does not answer the first outgoing call leg attempt after a certain time period, whereby the voice function is automatically activated, the voice function being one of a special harmonic ring tone, a pre-recorded announcement, a melody for the user device, a pre-recorded/dynamic Text-To-Speech, TTS, announcement to be played by the telephony service in order to pay special attention for an incoming auto-answer call and the second outgoing voice call attemptis automatically answered with the loudspeaker on, whereby said alternative function is administered by means of a connected database, which defines the situations for activating said alternative function.
A security system , useful for vehicle CAN bus communication attack originator identification, comprising: a. one or more CAN Bus Monitor(s), (CBM) , configured to monitor the CAN bus communication comprising one or more frames, to and/or from at least one Electronic Control Unit, (ECU) ; b.one or more characterization module(s) in communication with the one or more CBM , configured to generate at least one characteristic for the monitored communication from each of the at least one ECU originating communication frames and at least one characteristic for each communication frame; c.one or more comparator unit(s) in communication with the characterization module , configured to compare the at least one characteristic for each communication frame against the at least one characteristic for the monitored communication from each of the at least one ECU originating communication frames in order to detect at least one anomaly comprising at least one characteristic difference; and d.one or more identification module(s) in communication with the comparator , configured to receive the at least one characteristic difference from the one or more comparator unit(s) and to identify accordingly the at least one ECU originating an attack on the CAN bus ; wherein the one or more comparator unit is configured to generate at least one event for at least one detected anomaly comprising the at least one characteristic difference and forward the event to the one or more identification module ; and wherein the one or more identification module is configured to identify the at least one ECU originating the attack according to the characteristic difference. a. one or more CAN Bus Monitor(s), (CBM) , configured to monitor the CAN bus communication comprising one or more frames, to and/or from at least one Electronic Control Unit, (ECU) ; b.one or more characterization module(s) in communication with the one or more CBM , configured to generate at least one characteristic for the monitored communication from each of the at least one ECU originating communication frames and at least one characteristic for each communication frame; c.one or more comparator unit(s) in communication with the characterization module , configured to compare the at least one characteristic for each communication frame against the at least one characteristic for the monitored communication from each of the at least one ECU originating communication frames in order to detect at least one anomaly comprising at least one characteristic difference; and d.one or more identification module(s) in communication with the comparator , configured to receive the at least one characteristic difference from the one or more comparator unit(s) and to identify accordingly the at least one ECU originating an attack on the CAN bus ;
A bearing unit , for an axlebox of a railway vehicle, the bearing unit being centered on a central axis (X10) and comprising a bearing configured to support an axle of a wheelset; wherein the bearing unit also comprises : - an annular sleeve provided with an outer periphery configured for mounting in an annular bore of a housing of the axlebox and an inner periphery configured for receiving the bearing ; and - a plurality of anti-rotation means distributed at the outer periphery of the annular sleeve , for preventing rotation of the annular sleeve in the housing of the axlebox ; and characterized in that the plurality of anti-rotation means include at least two recesses having a U-shape opened at said outer periphery of the annular sleeve , said recesses being configured to receive pins or screws fastened to housing . - an annular sleeve provided with an outer periphery configured for mounting in an annular bore of a housing of the axlebox and an inner periphery configured for receiving the bearing ; and - a plurality of anti-rotation means distributed at the outer periphery of the annular sleeve , for preventing rotation of the annular sleeve in the housing of the axlebox ;
A washing machine comprising a case and a control panel base with function of automatically adding detergent, wherein the control panel base is mounted at top of the case and an upper cover is mounted on the control panel base, the control panel base comprising: at least one chamber configured to dispense solid detergents, at least one container configured to contain liquid detergents, and an automatic detergent dispensing apparatus which is in communication with both the chamber and the container , a water inlet valve in communication with the automatic detergent dispensing apparatus , the control panel base comprising an upper end surface provided with at least two detergent dispensing ports , an outer circumferential wall , an inner circumferential wall , and a clothing feeding port formed by the inner circumferential wall ; wherein the outer circumferential wall and the inner circumferential wall are connected to the upper end surface separately, wherein each of the detergent dispensing ports is respectively in communication with the chamber and the container correspondingly; the control panel base further comprising an accommodation space formed by the outer circumferential wall , the upper end surface connected to the outer circumferential wall , and the inner circumferential wall is below the control panel base; and the chamber , the container and the automatic detergent dispensing apparatus are all disposed in the accommodation space; characterized in that the automatic detergent dispensing apparatus comprises a Venturi tube through which flowing of water can generate a negative pressure, and a measurement apparatus in communication with a negative pressure area of the Venturi tube ; the measurement apparatus is in communication with the container ; and a detergent dispensing control valve is disposed between the measurement apparatus and the container , wherein the Venturi tube is in communication with the chamber through a water outlet pipeline such that the automatic detergent dispensing apparatus is configured to pump liquid detergents in the container using the negative pressure caused by flowing of inlet water from the water inlet valve through the Venturi tube for quantitative delivery, and to cause the liquid detergents pumped from the container to flow to the chamber through the water outlet pipeline .
A refrigerator comprising: - a cabinet defining a first storage compartment ; - a first door for opening or closing the first storage compartment and for allowing or preventing access to an interior of the first storage compartment ; - a storing device coupled to the first door to define a second storage compartment , wherein the second storage compartment is disposed in the first storage compartment , when the first door is closed; - a second door connected to the first door and configured to be opened or closed to allow or prevent access to an interior of the second storage compartment , wherein the interior of the second storage compartment is accessible when the first door is closed and the second door is opened; - a first hinge that rotatably connects the first door to the cabinet ; and - a second hinge that rotatably connects the second door to the first door , characterised in that when the second door is in a closed position, a first lateral surface of the first door and a first lateral surface of the second door close to the first hinge and second hinge are configured to be coplanar, and a hinge shaft of the second hinge is disposed nearer to the coplanar surface than a hinge shaft of the first hinge . - a cabinet defining a first storage compartment ; - a first door for opening or closing the first storage compartment and for allowing or preventing access to an interior of the first storage compartment ; - a storing device coupled to the first door to define a second storage compartment , wherein the second storage compartment is disposed in the first storage compartment , when the first door is closed; - a second door connected to the first door and configured to be opened or closed to allow or prevent access to an interior of the second storage compartment , wherein the interior of the second storage compartment is accessible when the first door is closed and the second door is opened; - a first hinge that rotatably connects the first door to the cabinet ; and - a second hinge that rotatably connects the second door to the first door , when the second door is in a closed position, a first lateral surface of the first door and a first lateral surface of the second door close to the first hinge and second hinge are configured to be coplanar, and a hinge shaft of the second hinge is disposed nearer to the coplanar surface than a hinge shaft of the first hinge .
An apparatus comprising: (a) a solar thermal collector including low emissivity (low-E) glass , an absorber , and internal insulation ; and (b) a heat transfer mechanism in the form of a heat pipe including (i) a first section inside said solar thermal collector and on a first side of said internal insulation , and in thermal contact with said absorber ; (ii) a second section on a second side of said internal insulation , said second side opposite said first side, and said second section in thermal contact with an environment outside of said solar thermal collector; and wherein said solar thermal collector is a sealed insulated solar panel including transparent insulation , and wherein below a pre-defined temperature of said first side, said heat transfer mechanism maintains said first side and said second side in thermal isolation, and above said pre-defined temperature said heat transfer mechanism is operative to enable transfer of heat from said first side to said second side; characterized in that said heat pipe is a closed-loop heat pipe; and said transparent insulation is a thermal convection suppressor. (a) a solar thermal collector including low emissivity (low-E) glass , an absorber , and internal insulation ; and (b) a heat transfer mechanism in the form of a heat pipe including (i) a first section inside said solar thermal collector and on a first side of said internal insulation , and in thermal contact with said absorber ; (ii) a second section on a second side of said internal insulation , said second side opposite said first side, and said second section in thermal contact with an environment outside of said solar thermal collector; and (i) a first section inside said solar thermal collector and on a first side of said internal insulation , and in thermal contact with said absorber ; (ii) a second section on a second side of said internal insulation , said second side opposite said first side, and said second section in thermal contact with an environment outside of said solar thermal collector; and
A printing apparatus comprising: a thin-film carrier carrying a thin film, the thin film being biocompatible and having a thickness of 10 nm to 3000 nm; a conveyer for shifting the thin-film carrier in a first direction; a plurality of nozzles arranged in a second direction which intersects with the first direction and discharging a make-up material on the thin film; and a print uniformity controller adapted to control the printing to rotate and/or to change the orientation of the thin film relative to the plurality of nozzles at multiple times of the printing. a thin-film carrier carrying a thin film, the thin film being biocompatible and having a thickness of 10 nm to 3000 nm; a conveyer for shifting the thin-film carrier in a first direction; a plurality of nozzles arranged in a second direction which intersects with the first direction and discharging a make-up material on the thin film; and a print uniformity controller adapted to control the printing to rotate and/or to change the orientation of the thin film relative to the plurality of nozzles at multiple times of the printing.
A method by a network component, the method comprising: arranging a set of time-frequency radio resources associated with a physical downlink control channel for transmitting information other than control information sent on the physical downlink control channel; and transmitting, on the set of time-frequency radio resources, a data information message comprising the information other than the control information, wherein the set of time-frequency radio resources is defined and located in a common search space for the physical downlink control channel; wherein the information other than the control information comprises broadcast information, and the method further comprises: scrambling a Cyclic Redundancy Check, CRC, code using a broadcast Radio Network Temporary Identifier, RNTI; and sending the scrambled CRC code with the broadcast information in the data information message. arranging a set of time-frequency radio resources associated with a physical downlink control channel for transmitting information other than control information sent on the physical downlink control channel; and transmitting, on the set of time-frequency radio resources, a data information message comprising the information other than the control information, wherein the set of time-frequency radio resources is defined and located in a common search space for the physical downlink control channel; wherein the information other than the control information comprises broadcast information, and the method further comprises: scrambling a Cyclic Redundancy Check, CRC, code using a broadcast Radio Network Temporary Identifier, RNTI; and sending the scrambled CRC code with the broadcast information in the data information message. scrambling a Cyclic Redundancy Check, CRC, code using a broadcast Radio Network Temporary Identifier, RNTI; and sending the scrambled CRC code with the broadcast information in the data information message.