mhurhangee/ep-ind-claims huggingface dataset:
An ethylenically unsaturated monomer according to structure (D.I): R 18 -R 14 -R 13 -R 12 -R 11 (D.I). R 12 is absent or is a bivalent linking group, R 13 is bivalent polyether group, R 14 is absent or is a bivalent linking group; R 18 is a moiety having a site of ethylenic unsaturation; and R 11 is a tri-substituted aromatic group according to the structure D.XII wherein R 1, R 2 and R 3 are independently selected from the following structures D.XIIIa, D.XIIIb, D.XIIIc, D.XIIId: or a C 2 -C 30 branched or linear alkyl group or alkenyl group; wherein at least one of R 1, R 2 and R 3 is the C 2 -C 30 branched or linear alkyl group or alkenyl group, and at least one of R 1, R 2 and R 3 is selected from structure D.XIIIa, D.XIIIb, D.XIIIc, or D.XIIId. R 12 is absent or is a bivalent linking group, R 13 is bivalent polyether group, R 14 is absent or is a bivalent linking group; R 18 is a moiety having a site of ethylenic unsaturation; and R 11 is a tri-substituted aromatic group according to the structure D.XII wherein R 1, R 2 and R 3 are independently selected from the following structures D.XIIIa, D.XIIIb, D.XIIIc, D.XIIId: or a C 2 -C 30 branched or linear alkyl group or alkenyl group; wherein at least one of R 1, R 2 and R 3 is the C 2 -C 30 branched or linear alkyl group or alkenyl group, and at least one of R 1, R 2 and R 3 is selected from structure D.XIIIa, D.XIIIb, D.XIIIc, or D.XIIId. or a C 2 -C 30 branched or linear alkyl group or alkenyl group; wherein at least one of R 1, R 2 and R 3 is the C 2 -C 30 branched or linear alkyl group or alkenyl group, and at least one of R 1, R 2 and R 3 is selected from structure D.XIIIa, D.XIIIb, D.XIIIc, or D.XIIId.
A system with a curtain and an apparatus, the apparatus comprising: a drive unit controller to selectively move the curtain in an installed state at a doorway between an open position and a closed position, the curtain comprising a primary projection to be in guiding engagement with a retainer of a track of the doorway when the curtain is operating in a normal state, characterized in that the curtain further comprises a secondary projection to be further from a central region of the doorway than the primary projection in an installed state of the curtain, the secondary projection to be confined by an alignment guide of the track in an installed state of the curtain; and in that the apparatus comprises an analyzer which when installed together with the curtain determines when the curtain is in a first breakaway state associated with a restorable condition and when the curtain is in a second breakaway state associated with a nonrestorable condition, the restorable condition corresponding to the primary projection being dislodged from the retainer while the secondary projection remains confined by the alignment guide, the nonrestorable condition corresponding to the primary projection being dislodged from the retainer and the secondary projection being dislodged from confinement by the alignment guide. a drive unit controller to selectively move the curtain in an installed state at a doorway between an open position and a closed position, the curtain comprising a primary projection to be in guiding engagement with a retainer of a track of the doorway when the curtain is operating in a normal state, characterized in that the curtain further comprises a secondary projection to be further from a central region of the doorway than the primary projection in an installed state of the curtain, the secondary projection to be confined by an alignment guide of the track in an installed state of the curtain; and in that the apparatus comprises an analyzer which when installed together with the curtain determines when the curtain is in a first breakaway state associated with a restorable condition and when the curtain is in a second breakaway state associated with a nonrestorable condition, the restorable condition corresponding to the primary projection being dislodged from the retainer while the secondary projection remains confined by the alignment guide, the nonrestorable condition corresponding to the primary projection being dislodged from the retainer and the secondary projection being dislodged from confinement by the alignment guide.
A urethral antimicrobial delivery device comprising: a) a deformable reservoir in fluid connection with an elongate member, said deformable reservoir and said elongate member being integrally formed; b) the elongate member comprising a lumen, wherein the elongate member is of from 15 mm to 40 mm in length, c) the elongate member having a proximal end and a distal end, said elongate member having a closed terminus at the distal end, d) the elongate member having a plurality of pores defined therein, said pores being distributed along a length of said elongate member, e) the elongate member being dimensioned for insertion through an external urethral orifice of a female subject, f) whereby the elongate member is insertable into a distal urethral cavity for delivery of an antimicrobial in said distal urethral cavity, and g) wherein the device comprises a collar to prevent said elongate member entering a proximal urethral cavity; characterized in that h) the reservoir has an internal volume of 0.5 mL to 3 mL; and the device further comprises a water soluble antimicrobial gel. a) a deformable reservoir in fluid connection with an elongate member, said deformable reservoir and said elongate member being integrally formed; b) the elongate member comprising a lumen, wherein the elongate member is of from 15 mm to 40 mm in length, c) the elongate member having a proximal end and a distal end, said elongate member having a closed terminus at the distal end, d) the elongate member having a plurality of pores defined therein, said pores being distributed along a length of said elongate member, e) the elongate member being dimensioned for insertion through an external urethral orifice of a female subject, f) whereby the elongate member is insertable into a distal urethral cavity for delivery of an antimicrobial in said distal urethral cavity, and g) wherein the device comprises a collar to prevent said elongate member entering a proximal urethral cavity; characterized in that h) the reservoir has an internal volume of 0.5 mL to 3 mL; and the device further comprises a water soluble antimicrobial gel.
Method for generating a light image in the interior of a motor vehicle (K1, K2), wherein the light image is generated at least as a function of operating states (B1-B6) of the motor vehicle (K1, K2) and/or of environment variables in the environment of the motor vehicle (K1, K2) which act as triggers (TAA, TBB, TCC), wherein the light image is generated at least in the region of the cockpit of the motor vehicle (K1, K2) in the form of a horizontally oriented linear animation (A1-A29), wherein the light image is generated in different animations (A1 - A29), wherein each animation (A1 - A29) is in each case associated with a specific trigger (TAA, TBB, TCC), wherein each trigger (TAA, TBB, TCC) associated with an animation is assigned a specific priority, wherein the occurrence of a trigger with a higher priority than a trigger which is the cause of an ongoing animation results in the end of the ongoing animation and the start of the animation associated with the higher-prioritized trigger, characterized in that when a higher-prioritized but non-time-critical trigger occurs, an ongoing animation is executed only in a partial animation, wherein the ongoing animation is however terminated with its usual fade-out behavior (Fout) before the animation associated with the higher-prioritized trigger is started, and, when a higher-prioritized and time-critical trigger occurs, an ongoing animation is immediately interrupted, and the change to the animation associated with the higher-prioritized trigger takes place by means of a generic transition (Foutin). when a higher-prioritized but non-time-critical trigger occurs, an ongoing animation is executed only in a partial animation, wherein the ongoing animation is however terminated with its usual fade-out behavior (Fout) before the animation associated with the higher-prioritized trigger is started, and, when a higher-prioritized and time-critical trigger occurs, an ongoing animation is immediately interrupted, and the change to the animation associated with the higher-prioritized trigger takes place by means of a generic transition (Foutin).
A disc brake having a brake calliper in which are positioned two brake pads which can be pressed against a brake disc when in operation, It being possible to actuate one of these brake pads on the action side by at least one brake plunger by means of an application device, the brake plunger passing through an opening in a cover plate which closes a receiving space in the brake calliper, there being provided to seal the receiving space a bellows which abuts the brake plunger on one side and the cover plate on the other, a secondary seal arranged concentrically in relation to the bellows and abutting the secondary seal such that it is able to slide also being held against said cover plate, characterised in that the secondary seal lies springloaded against the cover plate.
A method for generating a soft PLC program in an industry process control and management module in an industry internet operating system, wherein the industry internet operating system is an underlying system to enable networked industry control, cloud industry control, a visualized factory or an analysis of big industry data, characterized in that, the method comprises: obtaining configuration parameters of a first user for generating a soft Programmable Logic Controller, PLC, wherein the configuration parameters comprise at least a second user identifier, a device identifier, and a function interface identifier; and if a device identifier corresponding to the second user identifier which is retrieved from a preset interface library is identical to the device identifier comprised in the configuration parameters, and a function interface identifier corresponding to the second user identifier which is retrieved from the preset interface library is identical to the function interface identifier comprised in the configuration parameters, then generating one soft PLC program applied to both of the first user and a second user corresponding to the second user identifier according to the device identifier and the function interface identifier which are retrieved; wherein the preset interface library comprises a mapping relationship among user identifiers, device identifiers, function interface identifiers. obtaining configuration parameters of a first user for generating a soft Programmable Logic Controller, PLC, wherein the configuration parameters comprise at least a second user identifier, a device identifier, and a function interface identifier; and if a device identifier corresponding to the second user identifier which is retrieved from a preset interface library is identical to the device identifier comprised in the configuration parameters, and a function interface identifier corresponding to the second user identifier which is retrieved from the preset interface library is identical to the function interface identifier comprised in the configuration parameters, then generating one soft PLC program applied to both of the first user and a second user corresponding to the second user identifier according to the device identifier and the function interface identifier which are retrieved; wherein the preset interface library comprises a mapping relationship among user identifiers, device identifiers, function interface identifiers.
A turbine blade, the turbine blade comprising: a base material; and a coating applied to the base material, wherein the coating includes: a viscoelastic layer; and a constraint layer; wherein the viscoelastic layer is disposed on the base material and the constraint layer is disposed on the viscoelastic layer; wherein the viscoelastic layer and the constraint layer join at an interface (7, 77) therebetween, the viscoelastic layer is partially bonded to the constraint layer; characterized in that cavities are formed at the interface (7, 77) partially bonding the viscoelastic layer to the constraint layer, the cavities enabling vibration and frictional interaction at the partially bonded interface (7, 77) between the partially bonded viscoelastic layer and the constraint layer; and wherein the cavities include particles, the particles configured for vibration and frictional interaction at the partially bonded interface (7, 77) between the partially bonded viscoelastic layer and the constraint layer. a base material; and a coating applied to the base material, wherein the coating includes: a viscoelastic layer; and a constraint layer; a viscoelastic layer; and a constraint layer; wherein the viscoelastic layer is disposed on the base material and the constraint layer is disposed on the viscoelastic layer; wherein the viscoelastic layer and the constraint layer join at an interface (7, 77) therebetween, the viscoelastic layer is partially bonded to the constraint layer; characterized in that cavities are formed at the interface (7, 77) partially bonding the viscoelastic layer to the constraint layer, the cavities enabling vibration and frictional interaction at the partially bonded interface (7, 77) between the partially bonded viscoelastic layer and the constraint layer; and wherein the cavities include particles, the particles configured for vibration and frictional interaction at the partially bonded interface (7, 77) between the partially bonded viscoelastic layer and the constraint layer.
A blood component separator comprising: a blood reservoir for holding blood; a component storage part for storing blood components separated from the blood held in the blood reservoir; and a tube connecting the blood reservoir and the component storage part aseptically and in an air-tight manner, wherein: the blood reservoir includes a main body part formed of a bag shape, and characterized in that the blood reservoir includes a blood coagulation accelerating substance provided to be brought into contact with the blood stored in the main body part so as to accelerate coagulation; wherein the blood coagulation accelerating substance includes a glass processed body (12, 14) of a substantially spherical shape, and wherein an external diameter of the glass processed body (12, 14) is greater than an inner diameter of the tube. a blood reservoir for holding blood; a component storage part for storing blood components separated from the blood held in the blood reservoir; and a tube connecting the blood reservoir and the component storage part aseptically and in an air-tight manner, wherein: the blood reservoir includes a main body part formed of a bag shape, and characterized in that the blood reservoir includes a blood coagulation accelerating substance provided to be brought into contact with the blood stored in the main body part so as to accelerate coagulation; wherein the blood coagulation accelerating substance includes a glass processed body (12, 14) of a substantially spherical shape, and wherein an external diameter of the glass processed body (12, 14) is greater than an inner diameter of the tube. the blood reservoir includes a main body part formed of a bag shape, and characterized in that the blood reservoir includes a blood coagulation accelerating substance provided to be brought into contact with the blood stored in the main body part so as to accelerate coagulation; wherein the blood coagulation accelerating substance includes a glass processed body (12, 14) of a substantially spherical shape, and wherein an external diameter of the glass processed body (12, 14) is greater than an inner diameter of the tube.
A method for routing calls, comprising: receiving a call request at a call manager from a first endpoint, the call request including a uniform resource identifier, URI, associated with a second endpoint that is to be contacted; determining whether the call request associates with the call manager that received the call request; searching a call search space in the call manager for a match to the call request to determine a routing target associated with the call request, the call search space comprising a list of partitions which contain patterns in a logical grouping, the searching including: selecting one or more patterns from the list of partitions, that match the URI in the call request; and determining a best match to the URI from the patterns that match the URI in the call request; the method further comprising communicating the call request to the routing target. receiving a call request at a call manager from a first endpoint, the call request including a uniform resource identifier, URI, associated with a second endpoint that is to be contacted; determining whether the call request associates with the call manager that received the call request; searching a call search space in the call manager for a match to the call request to determine a routing target associated with the call request, the call search space comprising a list of partitions which contain patterns in a logical grouping, the searching including: selecting one or more patterns from the list of partitions, that match the URI in the call request; and determining a best match to the URI from the patterns that match the URI in the call request; selecting one or more patterns from the list of partitions, that match the URI in the call request; and determining a best match to the URI from the patterns that match the URI in the call request; the method further comprising communicating the call request to the routing target.
A clamp mechanism of a throwaway tip, the clamp mechanism comprising: a tool body having a tip body and a tip fitting seat formed in the tool body, and a clamp member for pressing the throwaway tip, in which a fitting hole is formed through the tip body, by the use of a head portion of the clamp member having a shaft portion inserted into the fitting hole and the head portion with an outer diameter larger than that of the shaft portion and thus clamping the throwaway tip to the tip fitting seat by allowing the clamp member to advance toward the tip fitting seat of the tool body in the central axis direction of the shaft portion, wherein in the clamp member, a section, which is perpendicular to the central axis direction, of the back surface of the head portion has a circle shape centered at the central axis line, and wherein in the tip body of the throwaway tip, the head portion of the clamp member can pass through the fitting hole, and a contact portion with which a part of the back surface of the head portion comes in contact when the clamp member is allowed to advance is formed in an opening of the fitting hole, characterised in that: the contact portion of the tip body has a crescent shape which is convex from the inner circumference of the fitting hole toward the outer circumference as seen in the direction along the center line of the fitting hole. a tool body having a tip body and a tip fitting seat formed in the tool body, and a clamp member for pressing the throwaway tip, in which a fitting hole is formed through the tip body, by the use of a head portion of the clamp member having a shaft portion inserted into the fitting hole and the head portion with an outer diameter larger than that of the shaft portion and thus clamping the throwaway tip to the tip fitting seat by allowing the clamp member to advance toward the tip fitting seat of the tool body in the central axis direction of the shaft portion, wherein in the clamp member, a section, which is perpendicular to the central axis direction, of the back surface of the head portion has a circle shape centered at the central axis line, and wherein in the tip body of the throwaway tip, the head portion of the clamp member can pass through the fitting hole, and a contact portion with which a part of the back surface of the head portion comes in contact when the clamp member is allowed to advance is formed in an opening of the fitting hole, characterised in that: the contact portion of the tip body has a crescent shape which is convex from the inner circumference of the fitting hole toward the outer circumference as seen in the direction along the center line of the fitting hole.
A method of supporting access to a wireless medium of a wireless communication network, the method comprising: - when access of a station to the wireless medium is delayed, determining (S202; S308), by the station, a back-off period indicating the period of time the access of the station to the wireless medium is delayed, - determining, by the station, a sleep period by considering the back-off period, a probe delay, and a Distributed Coordination Function, DCF, InterFrame Space, DIFS, duration, wherein the probe delay corresponds to a delay the station has to wait prior to the access to the wireless medium after entering into an awake state, and wherein the DIFS duration corresponds to a duration for which the wireless medium has to be idle, and - entering (S204; S312), by the station, into a sleep mode for the sleep period, if the back-off period is larger than a time period calculated by subtracting the DIFS duration from the probe delay. - when access of a station to the wireless medium is delayed, determining (S202; S308), by the station, a back-off period indicating the period of time the access of the station to the wireless medium is delayed, - determining, by the station, a sleep period by considering the back-off period, a probe delay, and a Distributed Coordination Function, DCF, InterFrame Space, DIFS, duration, wherein the probe delay corresponds to a delay the station has to wait prior to the access to the wireless medium after entering into an awake state, and wherein the DIFS duration corresponds to a duration for which the wireless medium has to be idle, and - entering (S204; S312), by the station, into a sleep mode for the sleep period, if the back-off period is larger than a time period calculated by subtracting the DIFS duration from the probe delay.
A stimulation device (11; 21; 31) for stimulating a region inside a human body, comprising: - a first part (11a; 21a; 31a) configured to be at least partly inserted into a human body; - a pressure field generating device configured to generate a pneumatic alternating pressure field; and - a pressure chamber coupled to the pressure field generating device and configured to receive an alternating pressure field generated by the pressure field generating device, wherein - the pressure chamber is arranged in the first part (11a; 21a; 31a) and has an opening formed in the first part (11a; 21a; 31a); - the first part (11a; 21a; 31a), the pressure chamber and the opening are configured such that an alternating pressure field in the pressure chamber can be applied via the opening to a region to be stimulated inside the human body; characterised in that - a sealing device is provided which is formed on the first part (11a; 21a; 31a) peripherally around the opening of the pressure chamber and is configured to seal the pressure chamber from the environment. - a first part (11a; 21a; 31a) configured to be at least partly inserted into a human body; - a pressure field generating device configured to generate a pneumatic alternating pressure field; and - a pressure chamber coupled to the pressure field generating device and configured to receive an alternating pressure field generated by the pressure field generating device, - the pressure chamber is arranged in the first part (11a; 21a; 31a) and has an opening formed in the first part (11a; 21a; 31a); - the first part (11a; 21a; 31a), the pressure chamber and the opening are configured such that an alternating pressure field in the pressure chamber can be applied via the opening to a region to be stimulated inside the human body; characterised in that - a sealing device is provided which is formed on the first part (11a; 21a; 31a) peripherally around the opening of the pressure chamber and is configured to seal the pressure chamber from the environment.