mhurhangee/patent-ind-claim-en huggingface dataset:
A spark plug comprising a center electrode and a ground electrode , at least one electrode of the center electrode and the ground electrode including: an electrode base material ; a noble metal tip having a discharge surface that forms a gap between the noble metal tip and the other electrode; an intermediate member that is disposed between the electrode base material and the noble metal tip , the intermediate member including a body portion located at the noble metal tip side and a flange portion having a larger diameter than the body portion and located at the electrode base material side; a first melt portion that is formed between the body portion of the intermediate member and the noble metal tip ; and a second melt portion that is formed, between the flange portion of the intermediate member and the electrode base material , at least at a position of intersection with an axial line (CL) of the noble metal tip , wherein in a cross section including the axial line (CL) of the noble metal tip , when: a diameter of the noble metal tip is denoted by Tw, where 1.0mm ≤ Tw ≤ 1.2 mm; characterized in that wherein in the cross section including the axial line (CL) of the noble metal tip , when the shortest distance between the second melt portion and a boundary between the first melt portion and the intermediate member is denoted by S1; and the longest distance between the second melt portion and the boundary between the first melt portion and the intermediate member is denoted by S2, (S2-S1) ≤ 0.3 mm are met. an electrode base material ; a noble metal tip having a discharge surface that forms a gap between the noble metal tip and the other electrode; an intermediate member that is disposed between the electrode base material and the noble metal tip , the intermediate member including a body portion located at the noble metal tip side and a flange portion having a larger diameter than the body portion and located at the electrode base material side; a first melt portion that is formed between the body portion of the intermediate member and the noble metal tip ; and a second melt portion that is formed, between the flange portion of the intermediate member and the electrode base material , at least at a position of intersection with an axial line (CL) of the noble metal tip , wherein in a cross section including the axial line (CL) of the noble metal tip , when: a diameter of the noble metal tip is denoted by Tw, where 1.0mm ≤ Tw ≤ 1.2 mm; characterized in that wherein in the cross section including the axial line (CL) of the noble metal tip , when the shortest distance between the second melt portion and a boundary between the first melt portion and the intermediate member is denoted by S1; and the longest distance between the second melt portion and the boundary between the first melt portion and the intermediate member is denoted by S2, (S2-S1) ≤ 0.3 mm are met.
A fastener comprising: a first strap end attached to a first connector ; a second strap end ; and an elastomeric member that couples with the first strap end and the second strap end, characterised in that : the second strap end is attached to a second connector configured to releasably engage with the first connector; and the elastomeric member holds the first connector and the second connector together in close proximity while they are disengaged to facilitate their re-engagement. a first strap end attached to a first connector ; a second strap end ; and an elastomeric member that couples with the first strap end and the second strap end, characterised in that : the second strap end is attached to a second connector configured to releasably engage with the first connector; and the elastomeric member holds the first connector and the second connector together in close proximity while they are disengaged to facilitate their re-engagement.
Anti-theft device comprising : at least one first part (A) and at least one second part (B) linked together by a linking mechanism , said linking mechanism allowing a relative movement of said at least one first and second parts and the passage between a first closed configuration and a second open configuration, at least one locking mechanism for locking said device in said first closed configuration, and at least one closing mechanism configured to cooperate with a closure of an object to secure and maintain said closure of said object in a closed position, when said device is in said first closed configuration, wherein in said second open configuration, said at least one first and second portions allow the passage of an anchor point , and in said first closed configuration, said at least one first and second portions allow enclosure of said anchor point to hold said device attached to said anchor point , characterized in that wherein in said first closed configuration: said first and second parts (A, B), the linking mechanism and said closing mechanism form a first loop, and said first and second parts (A, B), the closing mechanism and said locking mechanism form a second loop. at least one first part (A) and at least one second part (B) linked together by a linking mechanism , said linking mechanism allowing a relative movement of said at least one first and second parts and the passage between a first closed configuration and a second open configuration, at least one locking mechanism for locking said device in said first closed configuration, and at least one closing mechanism configured to cooperate with a closure of an object to secure and maintain said closure of said object in a closed position, when said device is in said first closed configuration, wherein in said second open configuration, said at least one first and second portions allow the passage of an anchor point , and in said first closed configuration, said at least one first and second portions allow enclosure of said anchor point to hold said device attached to said anchor point , characterized in that wherein in said first closed configuration: said first and second parts (A, B), the linking mechanism and said closing mechanism form a first loop, and said first and second parts (A, B), the closing mechanism and said locking mechanism form a second loop. said first and second parts (A, B), the linking mechanism and said closing mechanism form a first loop, and said first and second parts (A, B), the closing mechanism and said locking mechanism form a second loop.
Device for conveying and sorting materials , comprising at least two edge members for guiding the materials, at least one conveyor belt , a support for the conveyor belt and a conveyor belt return guiding system , at least one guiding edge member constituting a structural element of the conveying device , the conveyor belt return guiding system comprising a plurality of wheel blocks formed by a support bar that is fastened to two profiles , each of the two profiles being fastened to a different guiding edge member from the other, and to which wheels are fastened, characterized in that the support bar is placed in insertion slots made in the free ends of the profiles , the conveying device comprising a removable fastening means passing through the free end of the profiles and the support bar .
A composition comprising a first peptide comprising a first histatin, wherein the first histatin is selected from the group consisting of: i) histatin 1, a peptide portion of histatin 1, or a peptide fragment of histatin 1 and ii) histatin 2, a peptide portion of histatin 2 or a peptide fragment of histatin 2, wherein the first histatin comprises an amino acid sequence selected from the group consisting of SEQ ID NO: 4; SEQ ID NO: 5; SEQ ID NO: 8; SEQ ID NO: 9; SEQ ID NO: 13; SEQ ID NO: 29; and SEQ ID NO: 33, for use in a method of treating corneal wounds or ocular disease selected from dry eyes, corneal ulcerations and erosions, inflammatory keratitis, surgical interventions and trauma, the method comprising the step of administering a therapeutic amount of the composition at a site of a corneal wound or to an ocular surface using tissue glue, eye drops, gels, or ointments including histatin or wherein the method comprises continually administering the composition by incorporating histatin into a contact lens worn by a patient.
Signal generator , wherein the signal generator is configured to generate at least one periodic output signal, wherein the output signal comprises a triangular-waveform signal, wherein the signal generator is configured to receive at least one input parameter, wherein the signal generator has at least one processing unit , wherein the processing unit is configured to determine a signal direction of the output signal, wherein the processing unit is configured to determine a step size, wherein the processing unit is configured to apply the step size to an actual amplitude on the basis of the signal direction for a number of clock cycles, wherein the number of clock cycles is dependent on a setpoint frequency of the output signal, characterized in that a frequency and an amplitude of the output signal are adjustable, wherein the input parameter comprises at least one piece of information about a setpoint amplitude and a setpoint frequency of the output signal, wherein the signal generator is furthermore configured to generate at least one square-wave signal, wherein the processing unit is configured to determine the square-wave signal from the signal direction and the setpoint amplitude, wherein the signal generator is furthermore configured to generate at least one sine wave signal, wherein the processing unit is configured to determine and generate the sine wave signal by squaring and scaling the triangular-waveform signal.
A rotating mechanism , comprising: a base , wherein two axial ends of the base are a first end and a second end ; a first door plate ; and a first connecting arm , wherein two ends of an extension direction of the first connecting arm are a first connecting end and a second connecting end , the first connecting end is connected to the base , the second connecting end is connected to the first door plate , and the first connecting end and the base and/or the second connecting end and the first door plate have a rotational degree of freedom therebetween; and in a first direction, a distance (d1) between a center of the second connecting end and the first end is greater than a distance (d2) between a center of the first connecting end and the first end , wherein the first direction is parallel to a rotating axis of the first door plate , wherein in the first direction, a minimum distance (d3) between a side wall that is of the second connecting end and that is close to the first end and the first end is greater than a minimum distance (d4) between a side wall that is of the first connecting end and that is close to the first end and the first end . a base , wherein two axial ends of the base are a first end and a second end ; a first door plate ; and a first connecting arm , wherein two ends of an extension direction of the first connecting arm are a first connecting end and a second connecting end , the first connecting end is connected to the base , the second connecting end is connected to the first door plate , and the first connecting end and the base and/or the second connecting end and the first door plate have a rotational degree of freedom therebetween; and in a first direction, a distance (d1) between a center of the second connecting end and the first end is greater than a distance (d2) between a center of the first connecting end and the first end , wherein the first direction is parallel to a rotating axis of the first door plate , wherein in the first direction, a minimum distance (d3) between a side wall that is of the second connecting end and that is close to the first end and the first end is greater than a minimum distance (d4) between a side wall that is of the first connecting end and that is close to the first end and the first end .
Reflector element comprising: - a plastic substrate , - a silver layer , - a first barrier layer disposed over the silver layer , which is an oxide layer at least 15 nm thick, and - a second barrier layer disposed over the first barrier layer and comprising a siloxane, wherein the thickness of the second barrier layer is at least 250 nm and at most 450 nm. - a plastic substrate , - a silver layer , - a first barrier layer disposed over the silver layer , which is an oxide layer at least 15 nm thick, and - a second barrier layer disposed over the first barrier layer and comprising a siloxane, wherein the thickness of the second barrier layer is at least 250 nm and at most 450 nm.
A method of verifying an origin of a data file, the method comprising: retrieving a certificate from the data file, the certificate comprising a reputation service identifier; retrieving a data file token from a reputation service, the data file token being associated with the reputation service identifier; retrieving a public key from a trusted data vault associated with the certificate; and verifying the token with the public key. retrieving a certificate from the data file, the certificate comprising a reputation service identifier; retrieving a data file token from a reputation service, the data file token being associated with the reputation service identifier; retrieving a public key from a trusted data vault associated with the certificate; and verifying the token with the public key.
A multiple treatment fluid stream system including a multi-stream treatment machine and an accessory fluid circuit , the multi-stream treatment machine having at least two peristaltic pumps , one of which is a blood pump and the at least one other pump is a multiple-fluid pump which is configured to pump one of replacement fluid, dialysate, anti-coagulant, and spent dialysate in an extracorporeal blood treatment mode and which is configured to pump blood in an extracorporeal membrane oxygenation mode, and the accessory fluid circuit being configured to be installed on the multi-stream treatment machine , and comprising: a first junction connected to an arterial access connector; a second junction connected to a blood oxygenator connector; and at least two parallel pumping tube segments connected between the first and second junctions and fluidically connected for parallel flow between the arterial connector and said blood oxygenator connector, a first and a second of the at least two parallel pumping tube segments being configured for respectively engaging the blood pump and the at least at least one other pump , wherein, in the extracorporeal membrane oxygenation mode, the multi-stream treatment machine is configured to pump blood in parallel through the first and second of the at least two parallel pumping tube segments with the blood pump and the at least one other pump . the multi-stream treatment machine having at least two peristaltic pumps , one of which is a blood pump and the at least one other pump is a multiple-fluid pump which is configured to pump one of replacement fluid, dialysate, anti-coagulant, and spent dialysate in an extracorporeal blood treatment mode and which is configured to pump blood in an extracorporeal membrane oxygenation mode, and the accessory fluid circuit being configured to be installed on the multi-stream treatment machine , and comprising: a first junction connected to an arterial access connector; a second junction connected to a blood oxygenator connector; and at least two parallel pumping tube segments connected between the first and second junctions and fluidically connected for parallel flow between the arterial connector and said blood oxygenator connector, a first and a second of the at least two parallel pumping tube segments being configured for respectively engaging the blood pump and the at least at least one other pump , a first junction connected to an arterial access connector; a second junction connected to a blood oxygenator connector; and at least two parallel pumping tube segments connected between the first and second junctions and fluidically connected for parallel flow between the arterial connector and said blood oxygenator connector, a first and a second of the at least two parallel pumping tube segments being configured for respectively engaging the blood pump and the at least at least one other pump , wherein, in the extracorporeal membrane oxygenation mode, the multi-stream treatment machine is configured to pump blood in parallel through the first and second of the at least two parallel pumping tube segments with the blood pump and the at least one other pump .
Closing device for closing a door leaf or a window sash, comprising a spring piston , which is acted upon by a spring , for applying a closing force to a closer shaft and a damping piston for damping the movement of the closer shaft , the damping piston and the spring piston each having a piston body which is molded and monolithically formed from the plastics or liquid state, characterized in that the piston body of the damping piston is formed from plastics material by injection molding and the piston body of the spring piston is formed from a zinc alloy by a zinc die casting method.
A biocompatible device, the device being a ligament or tendon prosthesis and having the form of an elongated body comprising a flexible median part between two end parts showing a different tensile stiffness from that of the median part , characterized in that said body has a fibrous structure formed from biocompatible hydrogel forming fibers, said hydrogel forming fibers forming the body of the device and wherein said body contains at least 10% in weight of products of fibrous structure.
A pharmaceutical formulation comprising: a pharmaceutically acceptable salt of omecamtiv mecarbil, or a pharmaceutically acceptable hydrate thereof; a control release agent; a pH modifying agent selected from the group consisting of fumaric acid, tartaric acid, glutamic acid, and any combination thereof; a filler; and a lubricant.
Method for operating an electromechanical element, comprising the following steps: by controlling a first control section (A1), which is deformable by an electrical voltage, with a first voltage signal (S10) generation of adjusting movements of a friction element which is arranged on the electromechanical element and which is provided for frictional contact with an element to be driven, wherein the first voltage signal (S10) comprises a plurality of signal flanks (S11) which increase according to absolute amount and signal flanks (S12) which decrease according to absolute amount over time, wherein the increasing signal flanks and the decreasing signal flanks alternate with each other in terms of time, wherein after an increasing signal flank and before a subsequent decreasing signal flank, or vice versa, an intermediate signal section (S13) with a non-zero time interval (t z ) occurs, which differs over time from the shape of the signal flanks and preferably comprises a time-dependent gradient, characterized by controlling of a second control section (A2) which is deformable by an electrical voltage by a second voltage signal (S20), which comprises a signal section (S21), the frequency of which compared to the first voltage signal (S10) is by a factor of at least 10 higher and which begins in terms of time within the time interval t z of a signal intermediate section (S13) of the first voltage signal (S10) and extends at least partially over the signal flank (S12, S11) which in terms of time follows the signal intermediate section. by controlling a first control section (A1), which is deformable by an electrical voltage, with a first voltage signal (S10) generation of adjusting movements of a friction element which is arranged on the electromechanical element and which is provided for frictional contact with an element to be driven, wherein the first voltage signal (S10) comprises a plurality of signal flanks (S11) which increase according to absolute amount and signal flanks (S12) which decrease according to absolute amount over time, wherein the increasing signal flanks and the decreasing signal flanks alternate with each other in terms of time, wherein after an increasing signal flank and before a subsequent decreasing signal flank, or vice versa, an intermediate signal section (S13) with a non-zero time interval (t z ) occurs, which differs over time from the shape of the signal flanks and preferably comprises a time-dependent gradient, characterized by controlling of a second control section (A2) which is deformable by an electrical voltage by a second voltage signal (S20), which comprises a signal section (S21), the frequency of which compared to the first voltage signal (S10) is by a factor of at least 10 higher and which begins in terms of time within the time interval t z of a signal intermediate section (S13) of the first voltage signal (S10) and extends at least partially over the signal flank (S12, S11) which in terms of time follows the signal intermediate section.
A method of trigger report delivery for Machine Type Communication, MTC, wherein the method comprises: generating (S206), by a User Equipment, UE, according to a trigger message originated from an originator, trigger response information corresponding to the trigger message, wherein the trigger response information provides information on MTC application layer; characterized in that the trigger response information includes whether trigger payload data is accepted by a MTC application that receives the trigger payload data and in that the method further comprises: sending (S207), by the UE, a trigger report message containing the trigger response information and a confirmation of receiving the trigger message originated from the originator, to a first Network Element, NE; extracting, by the first NE, the trigger response information from the trigger report message, and sending the trigger response information to the originator. generating (S206), by a User Equipment, UE, according to a trigger message originated from an originator, trigger response information corresponding to the trigger message, wherein the trigger response information provides information on MTC application layer; characterized in that the trigger response information includes whether trigger payload data is accepted by a MTC application that receives the trigger payload data and in that the method further comprises: sending (S207), by the UE, a trigger report message containing the trigger response information and a confirmation of receiving the trigger message originated from the originator, to a first Network Element, NE; extracting, by the first NE, the trigger response information from the trigger report message, and sending the trigger response information to the originator.
A compound of formula A or a pharmaceutically acceptable salt thereof for use in treatment or prevention of adiponectin depletion associated metabolic disorders.