mhurhangee/patent-ind-claim-en huggingface dataset:
A modular electric bicycle comprising an electric bicycle frame having a down tube, a seat tube, a top tube, a head tube; wherein at least one of the head tube and seat tube is modified with holes that are adapted to allow fitting of a battery pack to the inside of at least one of the top tube and down tube when all tubes are joined, wherein the electric bicycle frame further comprises: an electrical wiring system inside the bicycle frame, wherein the electrical wiring system is adapted to be connected to the battery pack as well as to electronic components, wherein the electric wiring system comprises electrical connector parts adapted to connect the electrical wiring system to electrical connector counterparts of the battery pack and the electronic components the modular electric bicycle characterized in that it further comprises an electronic components compartment which is fitted underneath the bicycle saddle and comprises an electric motor controller, the electric motor controller comprising an electrical connector counterpart adapted to be connectable to the electrical connector part of the electrical wiring system, and the battery pack, which is a d-c rechargeable battery pack constructed and arranged triangularly and fit inside the top tube, the down tube and the seat tube of the electric bicycle frame, wherein the battery pack uses cells with lithium iron phosphate chemistry and further comprises an electrical connector counterpart adapted to be connectable to the electrical connector part of the electrical wiring system, wherein the modular electric bicycle allows the battery pack and the electronic components to be replaced by the user. an electrical wiring system inside the bicycle frame, wherein the electrical wiring system is adapted to be connected to the battery pack as well as to electronic components, wherein the electric wiring system comprises electrical connector parts adapted to connect the electrical wiring system to electrical connector counterparts of the battery pack and the electronic components the modular electric bicycle characterized in that it further comprises an electronic components compartment which is fitted underneath the bicycle saddle and comprises an electric motor controller, the electric motor controller comprising an electrical connector counterpart adapted to be connectable to the electrical connector part of the electrical wiring system, and the battery pack, which is a d-c rechargeable battery pack constructed and arranged triangularly and fit inside the top tube, the down tube and the seat tube of the electric bicycle frame, wherein the battery pack uses cells with lithium iron phosphate chemistry and further comprises an electrical connector counterpart adapted to be connectable to the electrical connector part of the electrical wiring system, wherein the modular electric bicycle allows the battery pack and the electronic components to be replaced by the user.
A pressure sensor that detects a pressure of a pressure medium, comprising: a stem having a pressure introduction hole formed on one end side and into which the pressure medium is introduced, and a diaphragm formed on the other end side and that can be deformed according to the pressure of the pressure medium; an insulating film arranged on the diaphragm ; and a strain detecting element being arranged on the insulating film and being configured to output a detection signal according to the deformation of the diaphragm , wherein the strain detecting element has a portion made of polysilicon, characterized by further comprising a low doping layer arranged on the insulating film between the insulating film and the strain detecting element , the low doping layer having a higher electrical resistivity than the polysilicon and a higher crystallinity than the insulating film . a stem having a pressure introduction hole formed on one end side and into which the pressure medium is introduced, and a diaphragm formed on the other end side and that can be deformed according to the pressure of the pressure medium; a pressure introduction hole formed on one end side and into which the pressure medium is introduced, and a diaphragm formed on the other end side and that can be deformed according to the pressure of the pressure medium; an insulating film arranged on the diaphragm ; and a strain detecting element being arranged on the insulating film and being configured to output a detection signal according to the deformation of the diaphragm , wherein the strain detecting element has a portion made of polysilicon, characterized by further comprising a low doping layer arranged on the insulating film between the insulating film and the strain detecting element , the low doping layer having a higher electrical resistivity than the polysilicon and a higher crystallinity than the insulating film .
A door fitting (50; 90), in particular for a tubular frame door with: an outside fitting component (70; 110) for mounting on an outside of a door , and a securing arrangement to prevent unauthorized disassembly of the outside fitting component (70; 110) from the outside of the door , wherein the securing arrangement comprises: a first engagement element (61; 101) fixable at the outside of the door , and a second engagement element (71; 111) arranged at the outside fitting component (70; 110), wherein one of the engagement elements (61; 111) has an undercut (61; 111) and the other one of the engagement elements has a projection (77; 103) which is introducible into the undercut (61; 111); and a component which, in the mounted state of the door fitting (50;90) prevents a relative movement between the outside fitting component (70; 110) and the first engagement element (61; 101) by a form-fit attachment to secure the projection (77; 103) in the undercut (61; 111), wherein the component in the mounted state extends from an inside to an outside of the door , wherein the first engagement element is provided at a mounting plate and wherein the mounting plate with outside mounting threads of the door has aligned mounting openings to screw the mounting plate . a first engagement element (61; 101) fixable at the outside of the door , and a second engagement element (71; 111) arranged at the outside fitting component (70; 110), wherein one of the engagement elements (61; 111) has an undercut (61; 111) and the other one of the engagement elements has a projection (77; 103) which is introducible into the undercut (61; 111); and a component which, in the mounted state of the door fitting (50;90) prevents a relative movement between the outside fitting component (70; 110) and the first engagement element (61; 101) by a form-fit attachment to secure the projection (77; 103) in the undercut (61; 111), wherein the component in the mounted state extends from an inside to an outside of the door , wherein the first engagement element is provided at a mounting plate and wherein the mounting plate with outside mounting threads of the door has aligned mounting openings to screw the mounting plate .
A digital printing system, comprising: a print head , configured to jet droplets of ink; and a processor , which is configured to: translate a required shade of a color, to be printed at a given location on a substrate by the print head , into a sequence of pulses , in sections of a jetting cycle, apply the sequence of pulses to the print head , characterized in that : the sequence of pulses comprises: up to a predefined maximum number of driving pulses that cause the print head to jet respective droplets; and a tickling pulse , which has a smaller amplitude than the driving pulses and is such that when it is applied in a section just after a driving pulse it causes the print head to jet a droplet smaller than the droplets jetted in response to the driving pulses , while if the tickling pulse is applied in a section not just after a driving pulse , it does not cause the print head to jet a droplet, wherein the driving pulses and the tickling pulse have a same duration. a print head , configured to jet droplets of ink; and a processor , which is configured to: translate a required shade of a color, to be printed at a given location on a substrate by the print head , into a sequence of pulses , in sections of a jetting cycle, apply the sequence of pulses to the print head , translate a required shade of a color, to be printed at a given location on a substrate by the print head , into a sequence of pulses , in sections of a jetting cycle, apply the sequence of pulses to the print head , characterized in that : the sequence of pulses comprises: up to a predefined maximum number of driving pulses that cause the print head to jet respective droplets; and a tickling pulse , which has a smaller amplitude than the driving pulses and is such that when it is applied in a section just after a driving pulse it causes the print head to jet a droplet smaller than the droplets jetted in response to the driving pulses , while if the tickling pulse is applied in a section not just after a driving pulse , it does not cause the print head to jet a droplet, up to a predefined maximum number of driving pulses that cause the print head to jet respective droplets; and a tickling pulse , which has a smaller amplitude than the driving pulses and is such that when it is applied in a section just after a driving pulse it causes the print head to jet a droplet smaller than the droplets jetted in response to the driving pulses , while if the tickling pulse is applied in a section not just after a driving pulse , it does not cause the print head to jet a droplet, wherein the driving pulses and the tickling pulse have a same duration.
Holding device with holding elements by way of which a mounting unit, which is to be fastened, can be held in a receptacle , wherein - the holding device comprises a receptacle with a substantially round opening , - at least three holding elements are arranged in the region of the opening , - the holding elements are constructed as detent arms , - the detent arms have a projecting hook and - the detent arms have a connecting section by way of which the detent arms are connected with an element, which surrounds the opening , of the receptacle , characterised in that - the detent arms have a hook section extending substantially orthogonally to the connecting section , wherein a first length direction of the connecting section and a second length direction of the hook section lie in a plane, and - the hooks of the detent arms extend substantially orthogonally to the hook section , wherein a length direction for the hooks refers to an axis of the hook orthogonal to the afore-mentioned plane. - the holding device comprises a receptacle with a substantially round opening , - at least three holding elements are arranged in the region of the opening , - the holding elements are constructed as detent arms , - the detent arms have a projecting hook and - the detent arms have a connecting section by way of which the detent arms are connected with an element, which surrounds the opening , of the receptacle , - the detent arms have a hook section extending substantially orthogonally to the connecting section , wherein a first length direction of the connecting section and a second length direction of the hook section lie in a plane, and - the hooks of the detent arms extend substantially orthogonally to the hook section , wherein a length direction for the hooks refers to an axis of the hook orthogonal to the afore-mentioned plane.
Oxytherapy instrument for high flow oxygen therapy, presenting: - a nasal part comprising a gas channel for a patient's gas and two nasal cannulas being in fluid communication with the gas channel, each with a patient gas outlet opening, - at least one pressure regulating valve which is a silicone membrane into which at least two intersecting slots are introduced, by which at least four movable valve flaps are formed outwardly and inwardly, and - at least one preformed tube , having at least one gas channel which opens into a gas inlet opening and a gas outlet opening of the preformed tube , in which the preformed tube opens with its gas outlet opening into a gas inlet opening of the nasal part , and - the oxytherapy instrument has a gas distribution device intended to be connected to a patient gas source, in which the at least one preformed tube opens with its gas inlet opening into a gas outlet opening of the gas distribution device , - the preformed tube has a cross-sectional shape of its at least one gas channel which is in the shape of a star, flower, arc of a circle or polygon, and - the at least four valve flaps movable outwardly and inwardly of the at least one pressure regulating valve open in proportion to the differential pressure in the presence of a differential pressure between the pressure atmospheric and gas pressure in the gas distribution apparatus and / or the nasal part with a spring force inherent in the valve plug material. - a nasal part comprising a gas channel for a patient's gas and two nasal cannulas being in fluid communication with the gas channel, each with a patient gas outlet opening, - at least one pressure regulating valve which is a silicone membrane into which at least two intersecting slots are introduced, by which at least four movable valve flaps are formed outwardly and inwardly, and - at least one preformed tube , having at least one gas channel which opens into a gas inlet opening and a gas outlet opening of the preformed tube , in which the preformed tube opens with its gas outlet opening into a gas inlet opening of the nasal part , and - the oxytherapy instrument has a gas distribution device intended to be connected to a patient gas source, in which the at least one preformed tube opens with its gas inlet opening into a gas outlet opening of the gas distribution device , - the preformed tube has a cross-sectional shape of its at least one gas channel which is in the shape of a star, flower, arc of a circle or polygon, and - the at least four valve flaps movable outwardly and inwardly of the at least one pressure regulating valve open in proportion to the differential pressure in the presence of a differential pressure between the pressure atmospheric and gas pressure in the gas distribution apparatus and / or the nasal part with a spring force inherent in the valve plug material.
A method for producing 2,3,3,3-tetrafluoropropene (HFO-1234yf), comprising reacting at least one chlorine-containing starting compound of the formula or CX 2 Y-CHCl-CH 2 Z and CX 2 Y-CCl=CZ 2 , wherein X, Y and Z each independently are H, F or Cl, with a fluorinating agent, wherein - the molar ratio of the chlorine-containing starting compound newly supplied to a reactor inlet is < 1.2 relative to the molar amount of 2-chloro-3,3,3-trifluoropropene (HCFO-1233xf) in components obtained from a reactor outlet, - the pressure in the reaction step is 0-0.3 MPa, and - the concentration of HCl contained in the components obtained from the reactor outlet in the reaction step is ≤ 10 mol% relative to the total amount of components obtained from the reactor outlet. - the molar ratio of the chlorine-containing starting compound newly supplied to a reactor inlet is < 1.2 relative to the molar amount of 2-chloro-3,3,3-trifluoropropene (HCFO-1233xf) in components obtained from a reactor outlet, - the pressure in the reaction step is 0-0.3 MPa, and - the concentration of HCl contained in the components obtained from the reactor outlet in the reaction step is ≤ 10 mol% relative to the total amount of components obtained from the reactor outlet.
A method for operating a user equipment, UE , in a wireless heterogeneous communications network, the network including a first, aggressor, cell and a second, victim, cell, the method comprising: receiving, by the UE from the second cell, a restricted subframe pattern associated with the first cell and selected from a plurality of restricted subframe patterns; using, by the UE , a frequency parameter of paging frames and the restricted subframe pattern to determine one or more paging frames and occasions to monitor, wherein determining the one or more paging frames and occasions to monitor comprises determining whether one or more paging occasions are aligned with respective one or more restricted subframes of the restricted subframe pattern within a default paging cycle; and if the UE determines that one or more paging occasions are aligned with respective one or more restricted subframes of the restricted subframe pattern, reading, by the UE while in a connected mode, a paging message from a network element in the one or more paging occasions that are aligned with respective one or more restricted subframes of the restricted subframe pattern; characterized in that , if the UE determines that no paging occasions are aligned with respective restricted subframes of the restricted subframe pattern, attempting, by the UE, to read paging more than once per every default paging cycle. receiving, by the UE from the second cell, a restricted subframe pattern associated with the first cell and selected from a plurality of restricted subframe patterns; using, by the UE , a frequency parameter of paging frames and the restricted subframe pattern to determine one or more paging frames and occasions to monitor, wherein determining the one or more paging frames and occasions to monitor comprises determining whether one or more paging occasions are aligned with respective one or more restricted subframes of the restricted subframe pattern within a default paging cycle; and if the UE determines that one or more paging occasions are aligned with respective one or more restricted subframes of the restricted subframe pattern, reading, by the UE while in a connected mode, a paging message from a network element in the one or more paging occasions that are aligned with respective one or more restricted subframes of the restricted subframe pattern; characterized in that , if the UE determines that no paging occasions are aligned with respective restricted subframes of the restricted subframe pattern, attempting, by the UE, to read paging more than once per every default paging cycle.
A printer comprising: a thermal head configured to print on a print medium (M); a head unit to which the thermal head is attached; a holder movable between a first position for holding the thermal head at an attachment position of the head unit and a second position for canceling the holding of the thermal head at the attachment position; and a receiver configured to receive the thermal head ; characterized in that the receiver is separated from the head unit below the attachment position, in the state where the holder is at the second position; and the printer further comprises a shielding member movable between a shielding position for partially shielding the thermal head and an opening position for opening the thermal head , and an interlocking mechanism configured to move the holder to the first position when the shielding member is at the shielding position and moves the holder to the second position when the shielding member is at the opening position. a thermal head configured to print on a print medium (M); a head unit to which the thermal head is attached; a holder movable between a first position for holding the thermal head at an attachment position of the head unit and a second position for canceling the holding of the thermal head at the attachment position; and a receiver configured to receive the thermal head ; characterized in that the receiver is separated from the head unit below the attachment position, in the state where the holder is at the second position; and the printer further comprises a shielding member movable between a shielding position for partially shielding the thermal head and an opening position for opening the thermal head , and an interlocking mechanism configured to move the holder to the first position when the shielding member is at the shielding position and moves the holder to the second position when the shielding member is at the opening position.
A method to monitor the health status of a rolling bearing of a machinery , comprising: a. a first acquiring step (SV) with a speed sensor of a rotation speed value (SV1) of a shaft coupled to the rolling bearing , b. a second acquiring step (AD) of a first signal (S1) generated by a vibration sensor located on the machinery in a position distant from the rolling bearing on an outer casing of the machinery , and c. a first calculating step (SSV) of a variation of the shaft rotation speed value during a predetermined time interval (TI), and if the calculated variation of the rotation speed falls within a predetermined variation interval (VI), d. a first filtering step (A) of the first signal (S1) with a first algorithm based on a vibration produced by parts of the machinery different from the bearing at the said rotation speed value (SV1), so as to obtain a second signal (S2) representative of a bearing health status. a. a first acquiring step (SV) with a speed sensor of a rotation speed value (SV1) of a shaft coupled to the rolling bearing , b. a second acquiring step (AD) of a first signal (S1) generated by a vibration sensor located on the machinery in a position distant from the rolling bearing on an outer casing of the machinery , and c. a first calculating step (SSV) of a variation of the shaft rotation speed value during a predetermined time interval (TI), and if the calculated variation of the rotation speed falls within a predetermined variation interval (VI), d. a first filtering step (A) of the first signal (S1) with a first algorithm based on a vibration produced by parts of the machinery different from the bearing at the said rotation speed value (SV1),