mhurhangee/patent-ind-claim-en huggingface dataset:
A stent comprising: a stent main body that has a plurality of holes formed in the surface thereof and a circumferential part of which the inside is hollow; and a cover that covers one side of the outer circumferential surface of the stent main body , wherein the stent main body has an exterior path that provides a channel through which the body fluid secreted from a diverging duct can flow along the longitudinal direction of the stent main body to the outside of the cover , and wherein the cover includes a film for covering a side of the outer peripheral surface of the stent main body , and a coating layer formed to coat both ends of the stent and fix the film to the stent main body . a stent main body that has a plurality of holes formed in the surface thereof and a circumferential part of which the inside is hollow; and a cover that covers one side of the outer circumferential surface of the stent main body , wherein the stent main body has an exterior path that provides a channel through which the body fluid secreted from a diverging duct can flow along the longitudinal direction of the stent main body to the outside of the cover , and wherein the cover includes a film for covering a side of the outer peripheral surface of the stent main body , and a coating layer formed to coat both ends of the stent and fix the film to the stent main body .
A device for executing encrypted programs in a cloud computing environment composed of a plurality of virtual machine servers VM, each VM server comprising a processor able to execute a hypervisor software to assign virtual machines to client terminals via a user network, and at least one authentication server able to establish a bilaterally authenticated connection between a client terminal and the cloud, the device comprising: - means for establishing a bilaterally authenticated connection between a client terminal and the cloud; - a module for generating an encrypted memory image for a virtual machine assigned to said client terminal in response to a connection request to the cloud received from said client terminal; and - a module for executing on-the-fly encryption and decryption operations of read/write data associated with said encrypted memory image, in response to data read/write requests in said encrypted memory image, received by the processor of said virtual machine; the device being characterized in that : - the encrypted memory image generation module comprises means for: - generating a private encryption key to assign a virtual memory image to said client terminal; - downloading on said client terminal the assigned virtual memory image; - encrypting the assigned virtual memory image; and - downloading the assigned and encrypted virtual memory image on the cloud; and - the means for establishing the authenticated connection between said client terminal and the cloud comprise chip card reader type means coupled to said client terminal for calculating an encryption key as a function of a personal code stored on the chip card and means coupled to a cloud authentication server to perform an authentication upon reception of the personal code. - means for establishing a bilaterally authenticated connection between a client terminal and the cloud; - a module for generating an encrypted memory image for a virtual machine assigned to said client terminal in response to a connection request to the cloud received from said client terminal; and - a module for executing on-the-fly encryption and decryption operations of read/write data associated with said encrypted memory image, in response to data read/write requests in said encrypted memory image, received by the processor of said virtual machine; - the encrypted memory image generation module comprises means for: - generating a private encryption key to assign a virtual memory image to said client terminal; - downloading on said client terminal the assigned virtual memory image; - encrypting the assigned virtual memory image; and - downloading the assigned and encrypted virtual memory image on the cloud; and - the means for establishing the authenticated connection between said client terminal and the cloud comprise chip card reader type means coupled to said client terminal for calculating an encryption key as a function of a personal code stored on the chip card and means coupled to a cloud authentication server to perform an authentication upon reception of the personal code.
A self-propelled combine harvester including - a housing , - a threshing member , by means of which crops can be detached from cut plants in such a way that the crops are then in a state of being detached from plant residues of the cut plants, - a grain tank for at least temporary intermediate storage of detached crops, and - a conveyor device for conveying detached crops into the grain tank , wherein the housing has a horizontally oriented cover at its top side , characterised in that the cover includes at least one fixed portion and at least one movement portion moveable relative to the fixed portion between a normal position and a maintenance position, wherein the movement portion when in its normal position jointly with the fixed portion lies in a cover plane of the cover and when in its maintenance position projects beyond the cover plane , wherein the movement portion is connected to a handrail element which at least when the movement portion is in the maintenance position thereof is arranged in an end region of the movement portion , that faces away from the fixed portion . - a housing , - a threshing member , by means of which crops can be detached from cut plants in such a way that the crops are then in a state of being detached from plant residues of the cut plants, - a grain tank for at least temporary intermediate storage of detached crops, and - a conveyor device for conveying detached crops into the grain tank , the cover includes at least one fixed portion and at least one movement portion moveable relative to the fixed portion between a normal position and a maintenance position, wherein the movement portion when in its normal position jointly with the fixed portion lies in a cover plane of the cover and when in its maintenance position projects beyond the cover plane , wherein the movement portion is connected to a handrail element which at least when the movement portion is in the maintenance position thereof is arranged in an end region of the movement portion , that faces away from the fixed portion .
A mobile terminal for a Long Term Evolution, LTE, system, the mobile terminal being arranged to: include an indication to a Mobility Management Entity, MME, via the mobile terminal's eNodeB in a message Attach Request, said indication indicating if the mobile terminal is capable of handover from the LTE system to a 2G and/or a 3G system; characterized in that the mobile terminal is arranged to: being instructed by the MME to use Voice over LTE, VoLTE, or Circuit Switched, CS, fallback when initiating voice sessions, wherein the instructions is to use VoLTE when initiating voice sessions when there is a match between the mobile terminal's capability and the LTE system's capability for Single Radio Voice Channel Continuity, SRVCC, handover, and wherein the instruction is to use CS Fallback when initiating voice sessions when there is a mismatch between the mobile terminal's capability and the LTE system's capability for SRVCC handover. include an indication to a Mobility Management Entity, MME, via the mobile terminal's eNodeB in a message Attach Request, said indication indicating if the mobile terminal is capable of handover from the LTE system to a 2G and/or a 3G system; characterized in that the mobile terminal is arranged to: being instructed by the MME to use Voice over LTE, VoLTE, or Circuit Switched, CS, fallback when initiating voice sessions, wherein the instructions is to use VoLTE when initiating voice sessions when there is a match between the mobile terminal's capability and the LTE system's capability for Single Radio Voice Channel Continuity, SRVCC, handover, and wherein the instruction is to use CS Fallback when initiating voice sessions when there is a mismatch between the mobile terminal's capability and the LTE system's capability for SRVCC handover. being instructed by the MME to use Voice over LTE, VoLTE, or Circuit Switched, CS, fallback when initiating voice sessions, wherein the instructions is to use VoLTE when initiating voice sessions when there is a match between the mobile terminal's capability and the LTE system's capability for Single Radio Voice Channel Continuity, SRVCC, handover, and wherein the instruction is to use CS Fallback when initiating voice sessions when there is a mismatch between the mobile terminal's capability and the LTE system's capability for SRVCC handover.
A tape construction comprising a tape backing, a pressure sensitive adhesive disposed on the tape backing, and a release layer contacted with the adhesive, the release layer comprising a polyolefin and 0.5 wt% to 10 wt% of an alkyl dimethicone, the alkyl dimethicone having a structure comprising wherein the sum of (a + b + c) is between 100 and 1000, the ratio of a to the sum of (b + c) is 98:2 to 94:6, R1 is a linear, branched, or cyclic alkyl group having between 20 and 50 carbon atoms, and R2 is a linear, branched, or cyclic alkyl or alkaryl group having between 6 and 10 carbons wherein c is optionally 0.
Gearwheel pairing for a helical gearing, comprising - a helical gear with a first toothing segment , and - a worm with a second toothing segment , wherein - the first toothing segment and the second toothing segment can be brought into intermeshing and form an involute toothing when intermeshed, - the materials of the first and the second toothing segments are chosen such that when intermeshed there results a plastic-metal material pairing, and - the toothing segment made of plastic has a first normal tooth thickness (s n1 ) and the toothing segment made of metal has a second normal tooth thickness (s n2 ), characterized in that the ratio (V sn ) of the first normal tooth thickness (s n1 ) to the second normal tooth thickness (s n2 ) is increased by 10 to 200% and especially by 15 to 120% with respect to a reference profile, wherein the reference profile is defined as follows: Worm Helical gear Number of teeth z 2 13 Pitch angle or helix angle γ, β [°] 12.6608 12.6608 Normal meshing angle α n [°] 21 Normal modulus m n [mm] 0, 98 Pitch circle diameter d 0 [mm] 8, 94 13,06 Tooth tip height factor h a 1,1255 0,8530 Tooth root height factor h f 1,2214 1,24 Profile shift coefficient x -0,3053 0,1647 Normal tooth thickness s n [mm] 1,3096 1,6633 Ratio V sn 0,7874 Tip circle diameter d a [mm] 10,550 15,052 Root circle diameter d f [mm] 5,950 10,95 - a helical gear with a first toothing segment , and - a worm with a second toothing segment , wherein - the first toothing segment and the second toothing segment can be brought into intermeshing and form an involute toothing when intermeshed, - the materials of the first and the second toothing segments are chosen such that when intermeshed there results a plastic-metal material pairing, and - the toothing segment made of plastic has a first normal tooth thickness (s n1 ) and the toothing segment made of metal has a second normal tooth thickness (s n2 ), characterized in that the ratio (V sn ) of the first normal tooth thickness (s n1 ) to the second normal tooth thickness (s n2 ) is increased by 10 to 200% and especially by 15 to 120% with respect to a reference profile, wherein the reference profile is defined as follows: Worm Helical gear Number of teeth z 2 13 Pitch angle or helix angle γ, β [°] 12.6608 12.6608 Normal meshing angle α n [°] 21 Normal modulus m n [mm] 0, 98 Pitch circle diameter d 0 [mm] 8, 94 13,06 Tooth tip height factor h a 1,1255 0,8530 Tooth root height factor h f 1,2214 1,24 Profile shift coefficient x -0,3053 0,1647 Normal tooth thickness s n [mm] 1,3096 1,6633 Ratio V sn 0,7874 Tip circle diameter d a [mm] 10,550 15,052 Root circle diameter d f [mm] 5,950 10,95
A hair styling appliance comprising at least one heater having a plurality of heating zones (Z1, Z2), wherein the heater has a hair engaging surface defined by a single - heatable plate (P1), for heating hair that contacts the hair engaging surface, wherein the plurality of heating zones (Z1, Z3) each comprise a corresponding portion of the heatable plate (P1) and a respective heating means arranged in thermal contact with the corresponding portion of the heatable plate, for heating the corresponding portion of the heatable plate, wherein each of the plurality of heating zones is independently controllable, wherein the heating zones are arranged sequentially adjacent one another along the heater in a direction parallel to a longitudinal axis of the heater , wherein each heating zone comprises temperature sensing means arranged in thermal contact with the corresponding portion of the heatable plate, each temperature sensing means being arranged to sense the temperature of the corresponding portion of the heatable plate and wherein the hair styling appliance further comprises a control system configured to receive outputs from the plurality of temperature sensing means and configured to independently control the heating means of each heating zone (Z1, Z2) in dependence upon the sensed temperature of the corresponding portion of the heatable plate of the heating zone.
A humidifier apparatus comprising: a first chamber for containing water ; a humidifying element configured to facilitate evaporation of water contained in the first chamber , wherein the humidifying element comprises a wick element ; and an air blower configured for further facilitating evaporation of water , characterized in that the apparatus further comprises: a replaceable or refillable unit for containing an immobilized phosphate removing material and in that : the phosphate removing material is configured to reduce a concentration of phosphate in water before evaporation of the water ; the wick element comprises the phosphate removing material ; the phosphate removing material comprises one or more of an impregnated phosphate removing material and a coated phosphate removing material ; and the wick element is configured as the replaceable unit . a first chamber for containing water ; a humidifying element configured to facilitate evaporation of water contained in the first chamber , wherein the humidifying element comprises a wick element ; and an air blower configured for further facilitating evaporation of water , characterized in that the apparatus further comprises: a replaceable or refillable unit for containing an immobilized phosphate removing material and in that : the phosphate removing material is configured to reduce a concentration of phosphate in water before evaporation of the water ; the wick element comprises the phosphate removing material ; the phosphate removing material comprises one or more of an impregnated phosphate removing material and a coated phosphate removing material ; and the wick element is configured as the replaceable unit . the phosphate removing material is configured to reduce a concentration of phosphate in water before evaporation of the water ; the wick element comprises the phosphate removing material ; the phosphate removing material comprises one or more of an impregnated phosphate removing material and a coated phosphate removing material ; and the wick element is configured as the replaceable unit .
Pharmaceutical composition comprising iron oxy-hydroxide in high loading, suitable for oral administration in the form of a tablet, wherein the iron oxy-hydroxide is present in an amount of 10 to 80 % (w/w), expressed in relation to the total weight of the composition, and in an amount of 300 to 2000 mg per dosage form, said composition comprises saccharose, starch, selected from native and pregelatinized forms of starch, and a superdisintegrant,
Command and control assembly for inflating and deflating a hydrostatic balancing jacket, comprising a primary supply duct (901; 902) connected to an end of the air chamber of the jacket and provided, at the opposite end with, a handpiece (1;2) provided with mouthpiece means (601, 611; 602, 612), a connection socket (201; 202) being provided on said handpiece for connecting to a secondary supply duct (211; 212) connected to a compressed air tank, and a pneumatic actuation duct (801; 802) to actuate the discharge valves of said jacket being provided, in fluidic communication with said secondary supply duct (211; 212), the control means (301, 311, 321, 331; 502, 512, 522, 532) of the delivery from said secondary duct, the control means (501, 511, 521, 531; 302, 312, 322, 332) of the delivery to said pneumatic actuation duct (801; 802), and the control means (701, 711, 721, 731; 702, 712, 722, 732) of the delivery from said mouthpiece means (601, 611; 602, 612) being arranged on said handpiece, wherein said control means of the delivery from said secondary duct and said control means of the delivery to said pneumatic actuation duct (801; 802) comprise two valves, characterized in that the said two valves are operated alternatively by means of a unique actuation organ, the two valves comprising each an actuation button and the said buttons being placed one beside the other at a certain distance, a rocker lever being provided which is supported oscillating around an intermediate axis perpendicular to the longitudinal extension of the rocker lever , and the said rocker lever being provided with two opposite ends on opposite sides of the oscillation axis, the said opposite ends of the rocker level being positioned in contact with respectively one of the said buttons, such that acting a pressure alternatively on one of the two opposite ends of the said rocker lever one corresponding button of the said two buttons is operated in order to operate the corresponding valve, while the other button is maintained inactivated or at rest in a position non-operating the corresponding valve
A method, comprising: transmitting, by a base station, a subframe that includes a physical downlink shared channel, PDSCH, region to a user equipment ,UE, the PDSCH region of the subframe including a reference signal ,RS, section and a data section, wherein the RS section includes a beam-scanning subsection, a transmit ,TX, beam-tracking subsection, a receive ,RX, beam-tracking subsection, and a channel state information, CSI, subsection, wherein reference signals in beam-scanning subsection are used to evaluate different combinations of TX and RX analog beams for use in a future directional data transmission; reference signals in the TX beam-tracking subsection are used to update TX analog beams; reference signals in the RX beam-tracking subsection are used to update RX analog beams, wherein the TX analog beams are base station transmit beams, and the RX analog beams are UE receive beams, wherein beam scanning reference signals have finer beams than beam-tracking reference signals. transmitting, by a base station, a subframe that includes a physical downlink shared channel, PDSCH, region to a user equipment ,UE, the PDSCH region of the subframe including a reference signal ,RS, section and a data section, wherein the RS section includes a beam-scanning subsection, a transmit ,TX, beam-tracking subsection, a receive ,RX, beam-tracking subsection, and a channel state information, CSI, subsection, wherein reference signals in beam-scanning subsection are used to evaluate different combinations of TX and RX analog beams for use in a future directional data transmission; reference signals in the TX beam-tracking subsection are used to update TX analog beams; reference signals in the RX beam-tracking subsection are used to update RX analog beams, wherein the TX analog beams are base station transmit beams, and the RX analog beams are UE receive beams, wherein beam scanning reference signals have finer beams than beam-tracking reference signals.
Application of bearing comprising a shaft , a housing , a first bath containing oil and arranged inside the housing, and a collar connected to the shaft , characterized in that the application of bearing comprises a second bath containing a fluid and so arranged that the fluid contained therein wets both a part of the collar and a part of the housing and wherein a part of the collar is immersed in the fluid when the shaft rotates so as to seal the half-space located axially beyond the collar against oil vapour from the first bath .
A method for controlling a heating capacity of a heat pump , the heat pump being arranged for supplying heat to a first heat sink and to a second heat sink , wherein the first heat sink is a space heating system and the second heat sink is a hot tap water system , the method comprising the steps in the following order: - operating the heating capacity of the heat pump according to a first operating mode in which heat is primarily supplied to the first heat sink , - detecting a switch in operating mode from the first operating mode to a second operating mode in which heat is primarily supplied to the second heat sink , - storing a compressor speed of the heat pump , at which the heat pump operated prior to the switch in operating mode from the first operating mode to the second operating mode, - maintaining the compressor speed of the heat pump , at which the heat pump operated prior to the switch in operating mode, after the switch in operating mode from the first operating mode to the second operating mode has been detected, - monitoring a temperature related to the second heat sink , - adjusting the compressor speed of the heat pump in accordance with the monitored temperature, - detecting a switch in operating mode from the second operating mode to the first operating mode, and - restoring the stored compressor speed and operating the heat pump at the stored compressor speed, after the switch in operating mode from the second operating mode to the first operating mode has been detected. - operating the heating capacity of the heat pump according to a first operating mode in which heat is primarily supplied to the first heat sink , - detecting a switch in operating mode from the first operating mode to a second operating mode in which heat is primarily supplied to the second heat sink , - storing a compressor speed of the heat pump , at which the heat pump operated prior to the switch in operating mode from the first operating mode to the second operating mode, - maintaining the compressor speed of the heat pump , at which the heat pump operated prior to the switch in operating mode, after the switch in operating mode from the first operating mode to the second operating mode has been detected, - monitoring a temperature related to the second heat sink , - adjusting the compressor speed of the heat pump in accordance with the monitored temperature, - detecting a switch in operating mode from the second operating mode to the first operating mode, and - restoring the stored compressor speed and operating the heat pump at the stored compressor speed, after the switch in operating mode from the second operating mode to the first operating mode has been detected.
An array , comprising: a flow cell having locations that, in operation, receive biological samples differing from one another to respond differently in successive cycles of fluorescent imaging; and a fiducial feature that is formed as trenches in or as ridges on a surface of the flow cell and that is optically reflective to, during imaging, return at least a portion of incident radiation for locating, adjusting the location of, or registering the flow cell or the locations in an x-y position. a flow cell having locations that, in operation, receive biological samples differing from one another to respond differently in successive cycles of fluorescent imaging; and a fiducial feature that is formed as trenches in or as ridges on a surface of the flow cell and that is optically reflective to, during imaging, return at least a portion of incident radiation for locating, adjusting the location of, or registering the flow cell or the locations in an x-y position.