mhurhangee/ep-ind-claims huggingface dataset:
Clamp for fastening hose or pipe elements, wherein the clamp has an annular clamp band with at least one opening, wherein the clamp has a closed state and an open state and can also be clamped firmly in an installation position, wherein the clamp has an RFID chip, wherein the RFID chip is connected to a circuit, wherein a switching state of the circuit correlates with the closed state and open state of the clamp, characterized in that the readable data sets of the RFID chip differ in dependence on the switching state, wherein the RFID chip outputs data altered in dependence on the opening state, and it is thus possible to monitor the closing state of the clamp.
A packages sorting plant wherein packages coming from a feed belt conveyor are launched onto a receiving belt conveyor inclined with respect to the feed belt conveyor, so that the packages are launched onto the receiving belt conveyor along a direction that is inclined with respect to the longitudinal direction of the receiving belt conveyor, wherein the receiving belt conveyor comprises a conveyor belt consisting of a first longitudinal belt portion and a second longitudinal belt portion having respective transport surfaces (20, 22) with coefficients of friction different from each other, characterized in that said first longitudinal belt portion has a static coefficient of friction on steel, measured according to the standard UNI EN ISO 21182, between 0.1 and 1.0 and wherein said second longitudinal belt portion has a static coefficient of friction on steel, measured according to the standard UNI EN ISO 21182, which is at least 50% higher than the static coefficient of friction of said first longitudinal belt portion, and in that said first longitudinal belt portion and said second longitudinal belt portion are produced separately and are joined together along a longitudinal junction region, and in that said first longitudinal belt portion and said second longitudinal belt portion have respective traction layers (16, 18) that are equal to each other.
A discharge element for surge protection, comprising: an airtight cylinder formed with a ceramic insulation material, a pair of discharge electrodes (111, 112) arranged for facing an end opening of the airtight cylinder, a discharge gap formed between the pair of discharge electrodes (111, 112), a discharge-assisting material filled inside the airtight cylinder, and a discharge-control electrode (150; 151, 152) in contact with the airtight cylinder and physically separated from the discharge-assisting material, and a control circuit comprising a high voltage transformer, wherein a terminal A of the pair of discharge electrodes (111, 112) having a discharge control electrode (150; 151, 152) is connected to a terminal of a primary side of the high voltage transformer, and another terminal of the primary side of the high voltage transformer and a terminal of a secondary side of the high voltage transformer is connected to another terminal B of the pair of discharge electrodes (111, 112), and another terminal of the secondary side of the high voltage transformer is connected to a terminal C of the discharge control electrode (150; 151, 152) in the discharge element, wherein the discharge-control electrode (150; 151, 152) is formed with a metal line, metal foil or metal piece, and a metal material of the metal line, metal foil or metal piece and a ceramic insulation material that forms an outside of the airtight cylinder are closely contacted in a line or surface, and a discharge between the pair of discharge electrodes (111, 112) is induced by a control voltage applied through the discharge-control electrode (150; 151, 152), wherein the discharge-control electrode (150; 151, 152) is adapted to receive a boosted voltage from the high voltage transformer as a result of an abnormal transient voltage applied to the discharge electrode (111, 112).
A briefcase comprising a retractable mechanism, characterized in that the retractable mechanism includes a frame, a retractable casing configured to occupy a retracted position in which the retractable casing is locked in the frame and a deployed position relative to the frame, and an actuator, the actuator including a cam track arranged on the retractable casing, a cam follower secured to a rocker arranged in the frame, and a pusher to bring back the retractable casing from its retracted position to its deployed position when the retractable casing is unlocked, the cam track including a locking portion in which the cam follower is arranged when the retractable casing is locked in its retracted position, such that the actuator further includes a retaining member arranged to prevent the cam follower from leaving the locking portion of the cam track as long as the force exerted on a bearing wall of the retractable casing does not exceed a predetermined threshold value so as to prevent involuntary unlocking of the retractable mechanism.
A (per)fluoropolyether polymer [(polymer (P P comprising a (per)fluoropolyether chain [chain (R pf)] having two chain ends [chains (Re)] bonded to opposite sides of said chain (R pf), wherein: - a first chain end comprises at least one group comprising a quaternary ammonium salt group [group (N +)] and at least one group selected in the group consisting of: alkoxysilane [group (Si)] and cross-linkable group, preferably selected from unsaturated moiety [group] and epoxy [group]; and - the second chain end comprises either a perfluoroalkyl group or a quaternary ammonium salt group [group (N +)] and at least one group selected in the group consisting of: alkoxysilane [group (Si)] and cross-linkable group, preferably selected from unsaturated moiety [group] and epoxy [group]. - a first chain end comprises at least one group comprising a quaternary ammonium salt group [group (N +)] and at least one group selected in the group consisting of: alkoxysilane [group (Si)] and cross-linkable group, preferably selected from unsaturated moiety [group] and epoxy [group]; and - the second chain end comprises either a perfluoroalkyl group or a quaternary ammonium salt group [group (N +)] and at least one group selected in the group consisting of: alkoxysilane [group (Si)] and cross-linkable group, preferably selected from unsaturated moiety [group] and epoxy [group].
A surgical system adapted for identifying an incision site, the surgical system comprising: an intra-urethral probe having a proximal end opposite of a distal end that is insertable into a urethra of a patient, the intra-urethral probe is sized and configured to prevent the distal end of the intra-urethral probe from entering a bladder of the patient, with the distal end of the intra-urethral probe magnetized to a first polarity; and a template sized for placement between an anus and a scrotum of the patient, the template including a magnetic region magnetically attractable to the first polarity of the intra-urethral probe, characterized in that the template includes an opening in the magnetic region, the opening provided to guide forming an incision at the incision site. an intra-urethral probe having a proximal end opposite of a distal end that is insertable into a urethra of a patient, the intra-urethral probe is sized and configured to prevent the distal end of the intra-urethral probe from entering a bladder of the patient, with the distal end of the intra-urethral probe magnetized to a first polarity; and a template sized for placement between an anus and a scrotum of the patient, the template including a magnetic region magnetically attractable to the first polarity of the intra-urethral probe, characterized in that the template includes an opening in the magnetic region, the opening provided to guide forming an incision at the incision site.
A fixation device configured for intravascular delivery and for use in treating mitral valve defects, the device comprising: a pair of proximal elements each having a proximal engagement surface between a first end coupled to a body and a free second end, the engagement surface comprising frictional elements; a pair of distal elements each having a distal engagement surface between a first end pivotally coupled to the body and a free second end; and a first one of the proximal elements cooperating with a first one of the distal elements to form a space for receiving a portion of mitral valve tissue therebetween, and a second one of the proximal elements cooperating with a second one of the distal elements to form a space for receiving a portion of the mitral valve tissue therebetween; characterised in that each distal element further comprises a retaining element extending in an elongate fashion from a proximal portion of the distal engagement surface to a location distal a midpoint of the distal engagement surface, the retaining element having a fixed proximal end mounted to the distal engagement surface and a free distal end spaced apart from the distal engagement surface, each retaining element being configured to cooperate with a corresponding frictional element on the cooperating proximal element to capture a free edge of the mitral valve tissue, the retaining element being configured to urge the tissue against the frictional elements of the cooperating proximal element. a pair of proximal elements each having a proximal engagement surface between a first end coupled to a body and a free second end, the engagement surface comprising frictional elements; a pair of distal elements each having a distal engagement surface between a first end pivotally coupled to the body and a free second end; and a first one of the proximal elements cooperating with a first one of the distal elements to form a space for receiving a portion of mitral valve tissue therebetween, and a second one of the proximal elements cooperating with a second one of the distal elements to form a space for receiving a portion of the mitral valve tissue therebetween; characterised in that each distal element further comprises a retaining element extending in an elongate fashion from a proximal portion of the distal engagement surface to a location distal a midpoint of the distal engagement surface, the retaining element having a fixed proximal end mounted to the distal engagement surface and a free distal end spaced apart from the distal engagement surface, each retaining element being configured to cooperate with a corresponding frictional element on the cooperating proximal element to capture a free edge of the mitral valve tissue, the retaining element being configured to urge the tissue against the frictional elements of the cooperating proximal element.
A crank circular slider mechanism which comprises a crankshaft having at least one crank pin; at least one circular slider with an eccentric hole which fits over the crank pin of the crankshaft; at least one reciprocating element with circular slider -receiving hole, which receives the circular slider in a rotatable manner, the number of the reciprocating element is equal to that of the circular slider; wherein it also comprises: at least one dynamic balance rotary block with an eccentric hole which fits over the crank pin of the crankshaft, over the crank pin fits the circular slider, the dynamic balance rotary block is attached fixedly to the adjacent circular slider, wherein the dynamic balance rotary block has a mass center which meet the following requirements: projecting the axial center of the circular slider into the plane perpendicular to the axial line of the crankshaft as projection point A, projecting the mass center of the dynamic balance rotary block into the plane as projection point B, and projecting the axial center of the crank pin into said plane as projection point C, the angle ACB is in the range of 90-270 degrees, characterized in that, a segment length AC equals to a segment length BC and equals to a length e, and wherein the length e is a radius of a crank of the crankshaft, and the length e is also an eccentric distance of the circular slider. at least one circular slider with an eccentric hole which fits over the crank pin of the crankshaft; at least one reciprocating element with circular slider -receiving hole, which receives the circular slider in a rotatable manner, the number of the reciprocating element is equal to that of the circular slider; wherein it also comprises: at least one dynamic balance rotary block with an eccentric hole which fits over the crank pin of the crankshaft, over the crank pin fits the circular slider, the dynamic balance rotary block is attached fixedly to the adjacent circular slider, wherein the dynamic balance rotary block has a mass center which meet the following requirements: projecting the axial center of the circular slider into the plane perpendicular to the axial line of the crankshaft as projection point A, projecting the mass center of the dynamic balance rotary block into the plane as projection point B, and projecting the axial center of the crank pin into said plane as projection point C, the angle ACB is in the range of 90-270 degrees, characterized in that, a segment length AC equals to a segment length BC and equals to a length e, and wherein the length e is a radius of a crank of the crankshaft, and the length e is also an eccentric distance of the circular slider.
A computing system for managing an identity of a user, comprising: a server configured to communicate with each of a plurality of client devices (14, 16, 18) in corresponding request and response streams (40, 70, 120); an inference engine configured to: monitor the request and response streams between the server and each of the plurality of client devices for identifying factors that distinguish each of the plurality of client devices from other of the plurality of client devices; make an inference that two or more of the plurality of client devices are used by a user, upon detecting one or more of the identifying factors for each of the two or more client devices that match within a threshold probability; and based upon the inference, create a virtual identity record at the server linking the two or more client devices; and an identity verification engine configured to: receive an identity verification request inquiring about an unverified user logging into a service from a different client device than is on record with the service, the request asking whether the different client device is linked to the user in the virtual identity record. a server configured to communicate with each of a plurality of client devices (14, 16, 18) in corresponding request and response streams (40, 70, 120); an inference engine configured to: monitor the request and response streams between the server and each of the plurality of client devices for identifying factors that distinguish each of the plurality of client devices from other of the plurality of client devices; make an inference that two or more of the plurality of client devices are used by a user, upon detecting one or more of the identifying factors for each of the two or more client devices that match within a threshold probability; and based upon the inference, create a virtual identity record at the server linking the two or more client devices; and monitor the request and response streams between the server and each of the plurality of client devices for identifying factors that distinguish each of the plurality of client devices from other of the plurality of client devices; make an inference that two or more of the plurality of client devices are used by a user, upon detecting one or more of the identifying factors for each of the two or more client devices that match within a threshold probability; and based upon the inference, create a virtual identity record at the server linking the two or more client devices; and an identity verification engine configured to: receive an identity verification request inquiring about an unverified user logging into a service from a different client device than is on record with the service, the request asking whether the different client device is linked to the user in the virtual identity record.
A pack for single-dose active-substance-containing films, comprising an upper packaging-material element and a lower packaging-material element, which are interconnected by means of a peripheral sealing surface or sealing seam in such a way that a cavity that is enclosed on all sides and that is intended to receive the film is formed, wherein - the upper packaging material element and the lower packaging material element each have at least one cut (7, 8) in the region of the sealing surface or the sealing seam, said cuts being congruent, and - at least one cut (7, 8) is intersected by a folding line or bending line, characterised in that each packaging material element (3, 4) has an outer layer (11, 12) and a metal layer (13, 14) and at least one of the two packaging elements (3, 4) has a sealing layer, and only the outer layer (11, 12) is formed on the folding line or bending line in a weakened manner. - the upper packaging material element and the lower packaging material element each have at least one cut (7, 8) in the region of the sealing surface or the sealing seam, said cuts being congruent, and - at least one cut (7, 8) is intersected by a folding line or bending line,
A method performed by a base station for communicating with a coverage enhanced user equipment, UE, the method comprising: transmitting system information, SI, to the coverage enhanced UE in a machine type communication, MTC, frame structure, the MTC frame structure comprising intermittent transmission periods of a number of MTC SI transmissions, each MTC SI transmission comprising an MTC master information block, MIB, or one of a number of MTC system information blocks, SIBs, wherein two consecutive MTC SI transmissions are separated by N number of frames, wherein N is an integer number, characterized in that transmitting comprises: transmitting a first MTC SI transmission after a first fixed number of frames from a last frame on a MTC physical broadcast channel, MTC PBCH, and transmitting a second MTC SI transmission after a second fixed number of frames from a transmission frame of the first MTC SI transmission. transmitting a first MTC SI transmission after a first fixed number of frames from a last frame on a MTC physical broadcast channel, MTC PBCH, and transmitting a second MTC SI transmission after a second fixed number of frames from a transmission frame of the first MTC SI transmission.
A soft intraocular lens, comprising: an optical lens portion having a substantially circular or elliptical optical lens portion made of a foldable soft material; and a support arm portion formed into an arm shape, extending outward from outer peripheral edges of the optical lens portion, for retaining/fixing the optical lens portion in an eye, wherein a major part of an outer circumference contour lines of the optical lens portion is formed so as to be placed on a continuous convex curve, and out of the peripheral edges of the optical lens portion that are contiguous to both sides in a width direction of the root of the support arm portion, the peripheral edge at the side opposite to the side where the support arm portion is curved toward the optical lens portion has a portion recessed inward from the convex curve, with one end of this recessed portion continued to the outer circumference contour lines of the optical lens placed on the convex curve, and the other end of this recessed portion continued to the contour lines of an outer edges in the width direction of the root of the support arm portion. an optical lens portion having a substantially circular or elliptical optical lens portion made of a foldable soft material; and a support arm portion formed into an arm shape, extending outward from outer peripheral edges of the optical lens portion, for retaining/fixing the optical lens portion in an eye, wherein a major part of an outer circumference contour lines of the optical lens portion is formed so as to be placed on a continuous convex curve, and out of the peripheral edges of the optical lens portion that are contiguous to both sides in a width direction of the root of the support arm portion, the peripheral edge at the side opposite to the side where the support arm portion is curved toward the optical lens portion has a portion recessed inward from the convex curve, with one end of this recessed portion continued to the outer circumference contour lines of the optical lens placed on the convex curve, and the other end of this recessed portion continued to the contour lines of an outer edges in the width direction of the root of the support arm portion.
A method for manufacturing a heat-ray shielding fine particle-containing composition, characterized by comprising: a first step of obtaining a dispersion liquid by dispersing a dispersant and composite tungsten oxide fine particles expressed by a general formula MyWOz, wherein M is one kind or more elements selected from Cs, Rb, K, Tl, In, Ba, Li, Ca, Sr, Fe, Sn, Al, and Cu, satisfying 0.1 ≤ y ≤ 0.5, 2.2 ≤ z ≤ 3.0, and having a hexagonal crystal structure and an average particle size of 40 nm or less into an organic solvent with a boiling point of 120 deg C or less; a second step of obtaining a mixture by mixing metal carboxylate into the dispersion liquid obtained by the first step; and a third step of drying the mixture obtained by the second step to thereby obtain a heat-ray shielding fine particle-containing composition, and setting a content of the organic solvent remained in the heat-ray shielding fine particle-containing composition to 5 mass% or less. a first step of obtaining a dispersion liquid by dispersing a dispersant and composite tungsten oxide fine particles expressed by a general formula MyWOz, wherein M is one kind or more elements selected from Cs, Rb, K, Tl, In, Ba, Li, Ca, Sr, Fe, Sn, Al, and Cu, satisfying 0.1 ≤ y ≤ 0.5, 2.2 ≤ z ≤ 3.0, and having a hexagonal crystal structure and an average particle size of 40 nm or less into an organic solvent with a boiling point of 120 deg C or less; a second step of obtaining a mixture by mixing metal carboxylate into the dispersion liquid obtained by the first step; and a third step of drying the mixture obtained by the second step to thereby obtain a heat-ray shielding fine particle-containing composition, and setting a content of the organic solvent remained in the heat-ray shielding fine particle-containing composition to 5 mass% or less.
A highly fluorescent compound comprising the reaction product of: at least one fluorophore-containing reactive polymer, said reactive polymer having a molecular weight in the range of 250 to 40,000 Da, and having from 1 to 8 active hydrogen atoms per molecule of reactive polymer, and optionally containing a polyamine unit of the formula NCH 2 CH 2 N; and at least one unsubstituted or substituted aryl isocyanate or an unsubstituted or substituted aliphatic or cycloaliphatic isocyanate, at an isocyanate index of about 100 or less, wherein the highly fluorescent compound emits fluorescence in the ultraviolet, visible, or near infrared region and wherein the reactive polymer is chosen from polyesters and polyalkylene oxides. at least one fluorophore-containing reactive polymer, said reactive polymer having a molecular weight in the range of 250 to 40,000 Da, and having from 1 to 8 active hydrogen atoms per molecule of reactive polymer, and optionally containing a polyamine unit of the formula NCH 2 CH 2 N; and at least one unsubstituted or substituted aryl isocyanate or an unsubstituted or substituted aliphatic or cycloaliphatic isocyanate, at an isocyanate index of about 100 or less, wherein the highly fluorescent compound emits fluorescence in the ultraviolet, visible, or near infrared region and wherein the reactive polymer is chosen from polyesters and polyalkylene oxides.