mhurhangee/ep-ind-claims huggingface dataset:
Plug-in connector, • wherein the plug-in connector has a contact carrier in which at least one contact element is arranged, wherein the at least one contact element is connected to a conductor of a connected cable, • wherein the contact carrier has an encircling collar which separates the contact carrier into a connection region and a plug-in region, • and wherein the connected cable protrudes into a housing of the plug-in connector, • the plug-in connector has a seal (10'.) • which is arranged in the housing of the plug-in connector, and • the seal is of tubular design and has a first and a second end, • wherein one end of the seal has an encircling lip and the lip is pressed against the encircling collar of the contact carrier and the other end of the seal has a further lip which surrounds the connected cable in a sealing manner, wherein • a recess in which two holes are made is formed in the seal, characterized in that an electrical component is arranged in the housing and the recess is matched to the shape of the electronic component, wherein the holes each serve as bushings for a cable of the electronic component. • wherein the plug-in connector has a contact carrier in which at least one contact element is arranged, wherein the at least one contact element is connected to a conductor of a connected cable, • wherein the contact carrier has an encircling collar which separates the contact carrier into a connection region and a plug-in region, • and wherein the connected cable protrudes into a housing of the plug-in connector, • the plug-in connector has a seal (10'.) • which is arranged in the housing of the plug-in connector, and • the seal is of tubular design and has a first and a second end, • wherein one end of the seal has an encircling lip and the lip is pressed against the encircling collar of the contact carrier and the other end of the seal has a further lip which surrounds the connected cable in a sealing manner, wherein • a recess in which two holes are made is formed in the seal, characterized in that an electrical component is arranged in the housing and the recess is matched to the shape of the electronic component, wherein the holes each serve as bushings for a cable of the electronic component.
A method performed by a base station comprising: transmitting a message to a user equipment, UE (102a-e), the message assigning to the UE (102a-e) at least one multiple access, MA, signature from a set of MA signatures associated with a first spatial group to which the UE (102a-e) belongs, the first spatial group being one of a plurality of spatial groups, and each one of the plurality of spatial groups having an associated set of MA signatures, wherein the first spatial group is based on a spatial correlation between an uplink channel of the UE (102a-e) and an uplink channel of at least one other UE (102a-e) and wherein different UEs with low or no spatial correlation between their uplink channels are placed into different spatial groups; receiving an uplink transmission from the UE (102a-e), the uplink transmission using an MA signature from the at least one MA signature. transmitting a message to a user equipment, UE (102a-e), the message assigning to the UE (102a-e) at least one multiple access, MA, signature from a set of MA signatures associated with a first spatial group to which the UE (102a-e) belongs, the first spatial group being one of a plurality of spatial groups, and each one of the plurality of spatial groups having an associated set of MA signatures, wherein the first spatial group is based on a spatial correlation between an uplink channel of the UE (102a-e) and an uplink channel of at least one other UE (102a-e) and wherein different UEs with low or no spatial correlation between their uplink channels are placed into different spatial groups; receiving an uplink transmission from the UE (102a-e), the uplink transmission using an MA signature from the at least one MA signature.
A motor driving apparatus comprising: a motor having a rotor including a permanent magnet, and a stator; an inverter configured to supply a driving power to the motor; characterized by a control unit configured to supply a d-axis test current (id) and a q-axis test current (iq) for a predetermined amount of time and to estimate a parameter of the motor based on a d-axis current and a q-axis current of a time when the d-axis test current and the q-axis test current are supplied and a time when the d-axis test current and the q-axis test current are not supplied and configured to compensate for a dead time of the inverter based on a polarity of a driving current (Iabc) by causing the inverter to supply a step-like composite square wave as a driving current (Iabc) to the motor. a motor having a rotor including a permanent magnet, and a stator; an inverter configured to supply a driving power to the motor; characterized by a control unit configured to supply a d-axis test current (id) and a q-axis test current (iq) for a predetermined amount of time and to estimate a parameter of the motor based on a d-axis current and a q-axis current of a time when the d-axis test current and the q-axis test current are supplied and a time when the d-axis test current and the q-axis test current are not supplied and configured to compensate for a dead time of the inverter based on a polarity of a driving current (Iabc) by causing the inverter to supply a step-like composite square wave as a driving current (Iabc) to the motor.
A proximity sensor for detecting the proximity of an object, the sensor comprising a sensing element, a detection circuitry provided on a circuit board (15, 15A, 15B, 15C), and a housing with a rear portion adjoining a rear end of the housing and a front portion adjoining a front end of the housing, the sensing element being arranged inside the front portion of the housing such that it is adapted to interact with the object through the front portion, the detection circuitry being interconnected with the sensing element in order to receive a detection signal from the sensing element, the housing comprising side walls (28A, 28B, 29A, 29B) extending in a longitudinal direction from the rear end to the front end of the housing, the side walls (28A, 28B, 29A, 29B) surrounding the circuit board (15, 15A, 15B, 15C), wherein the circuit board (15, 15A, 15B, 15C) comprises at least one bendable section (61, 75, 76, 77, 85, 86) extending in a transverse direction with respect to said longitudinal direction and the side walls (28A, 28B, 29A, 29B) consist of at least one flexible material in a region surrounding said bendable section (61, 75, 76, 77, 85, 86) of the circuit board (15, 15A, 15B, 15C) such that the sensor is bendable through said transverse direction, wherein the sensor further comprises a transmission cable, the transmission cable being connected to said detection circuitry inside the housing and passing through the rear portion of the housing toward the exterior of the housing such that a measuring signal generated by the detection circuitry can be transmitted by the transmission cable.
A device for unwinding a material web, in particular paper or cardboard web from a wound roll (2, 3) for a downstream machine unit for processing the material web, the stub axle of which are mounted in the stub axle bearings with rotatable outer ring, having a primary unwinding device, a secondary unwinding device as well as a gluing and slitting device, wherein the primary and the secondary unwinding device, for moving the wound roll (2, 3) from the primary to the secondary unwinding device, each comprise two running surfaces (11, 12) extending parallel to one another and which come into contact with corresponding counter surfaces of the rotatable outer rings of the stub axle bearings of the wound roll (2, 3), characterized in that the axial position of the running surfaces of the primary and of the secondary unwinding device is adjustable and the respective running surfaces of the primary and of the secondary unwinding device directly adjoin one another.
Cable transport device comprising at least one vehicle suspended from at least one cable, at least one vehicle including means absorbing shocks with obstacles comprised of fixed structures, the fixed structures being fixed with respect to the movement of at least one vehicle, characterised in that the shock-absorbing means are arranged above a longitudinal plane passing through the centre of gravity of the vehicle and by the fact that at least one fixed structure is provided with additional shock-absorbing means.
A method for reducing the magnitude of an artifact peak in denaturing nucleic acid capillary electrophoresis, the method comprising: a) electrokinetically injecting a nucleic acid sample into one end of a CE capillary comprising a denaturing separation medium; b) applying a voltage of the opposite polarity to that used to inject said nucleic acid sample to said capillary, said voltage being of a strength and applied for a time sufficient to expel from said capillary nucleic acid which has not entered said denaturing separation medium c) after step (b), electrophoretically separating nucleic acid in said capillary using a voltage in the same direction as that applied to electrokinetically inject said nucleic acid sample in step (a), wherein steps (a)-(c) reduce the magnitude of an artifact peak in the resulting separated species. a) electrokinetically injecting a nucleic acid sample into one end of a CE capillary comprising a denaturing separation medium; b) applying a voltage of the opposite polarity to that used to inject said nucleic acid sample to said capillary, said voltage being of a strength and applied for a time sufficient to expel from said capillary nucleic acid which has not entered said denaturing separation medium c) after step (b), electrophoretically separating nucleic acid in said capillary using a voltage in the same direction as that applied to electrokinetically inject said nucleic acid sample in step (a), wherein steps (a)-(c) reduce the magnitude of an artifact peak in the resulting separated species.
A method for production of recombinant butyrylcholinesterase from a plant or plant cell, said method comprising the following steps: a) providing said plant or plant cell with at least one vector capable of expressing said butyrylcholinesterase; b) incubating said plant or plant cell at conditions that cause the synthesis of said butyrylcholinesterase and including the generation of sialylated glycans and tetramer formation on said butyrylcholinesterase to form a butyrylcholinesterase product exhibiting sialylation and tetramer formation; wherein the at least one vector capable of expressing said butyrylcholinesterase comprises first and second nucleotide sequences, the first nucleotide sequence encodes a butyrylcholinesterase molecule covalently linked to a signal peptide, and the second nucleotide sequence encodes a signal peptide covalently linked to a polyproline adhesion domain providing tetramer formation; and c) isolating said butyrylcholinesterase product of step "b" from said plant or plant cell.
An adhesion promotion device comprising: a main body portion formed of a biodegradable sheet having a plurality of through-holes and is configured to promote adhesion of biological tissues; and a reinforcement portion disposed on a portion of the main body portion and reinforcing the main body portion, wherein the main body portion further has a hole portion formed to have a hole diameter larger than that of each of the plurality of through-holes, wherein the reinforcement portion includes a first reinforcement portion (30, 31) located on an outer edge side of the main body portion and a second reinforcement portion (30, 32) located on an inner peripheral edge side of the hole portion, wherein the second reinforcement portion (30, 32) has greater strength for reinforcing the biodegradable sheet forming the main body portion than that of the first reinforcement portion (30, 31). a main body portion formed of a biodegradable sheet having a plurality of through-holes and is configured to promote adhesion of biological tissues; and a reinforcement portion disposed on a portion of the main body portion and reinforcing the main body portion, wherein the main body portion further has a hole portion formed to have a hole diameter larger than that of each of the plurality of through-holes, wherein the reinforcement portion includes a first reinforcement portion (30, 31) located on an outer edge side of the main body portion and a second reinforcement portion (30, 32) located on an inner peripheral edge side of the hole portion, wherein the second reinforcement portion (30, 32) has greater strength for reinforcing the biodegradable sheet forming the main body portion than that of the first reinforcement portion (30, 31).
Power electronics assembly, comprising a substrate with a metallisation which forms first and second structures (35, 36) that are separated from each other by interspaces and which has thickness of at least 300 μm, in particular at least 1 mm or 2 mm, wherein a power semiconductor is mounted on the first structures, wherein with regard to the interspaces, an electric insulator having a thermal conductivity of at least 50 W/mK is arranged at least sectionally in such a way that the structures (35, 36) adjacent to the respective interspace are thermally connected by the insulator. wherein a power semiconductor is mounted on the first structures, wherein with regard to the interspaces, an electric insulator having a thermal conductivity of at least 50 W/mK is arranged at least sectionally in such a way that the structures (35, 36) adjacent to the respective interspace are thermally connected by the insulator.
Slider needle having an elongated needle body with two oppositely located lateral walls (14, 15) and having a slider channel that is delimited by a bottom, and having a slider that is arranged in the slider channel so that it can be slid along a sliding direction,and that comprises two flat slider springs (18, 19), whereby at least one of the lateral walls (14, 15) has a slot guide recess with a guide surface, and whereby the slider spring has a laterally bowed cam follower section with a cam follower surface, said cam follower section being associated with the slot guide recess, whereby the cam follower section has two or more deformations (36, 37, 39) characterised in that the cam follower surface provided on the cam follower section is in parallel alignment with the guide surface of the slot guide recess at least relative to a cross-sectional plane of the needle body and the slider.
A surgical access port assembly capable of attachment to a surgical instrument comprising a hollow cannula and a tapered hub wherein: the hollow cannula defines an interior shaft extending longitudinally therethrough having a diameter of less than 3 mm; and the tapered hub is provided on a proximal end of the hollow cannula, the tapered hub having an inner open tapered portion defining at least one inner ring configured to attach the surgical instrument via compression of the at least one inner ring. the hollow cannula defines an interior shaft extending longitudinally therethrough having a diameter of less than 3 mm; and the tapered hub is provided on a proximal end of the hollow cannula, the tapered hub having an inner open tapered portion defining at least one inner ring configured to attach the surgical instrument via compression of the at least one inner ring.
A tooth whitening oral care composition comprising: (i) a whitening complex, wherein the complex comprises (a) a magnesium alkali metal silicate clay, wherein the clay is a hectorite clay; and (b) triarylmethane dye as an orally acceptable blue dye, (ii) an orally acceptable carrier; and (iii) L-arginine in free or orally acceptable salt form; wherein the complex is prepared by: dispersing the clay into an aqueous solution, combining the aqueous solution of clay with an aqueous solution of the dye, adding salt, optionally sodium chloride, under agitation, and isolating the complex from the liquid phase. (i) a whitening complex, wherein the complex comprises (a) a magnesium alkali metal silicate clay, wherein the clay is a hectorite clay; and (b) triarylmethane dye as an orally acceptable blue dye, (a) a magnesium alkali metal silicate clay, wherein the clay is a hectorite clay; and (b) triarylmethane dye as an orally acceptable blue dye, (ii) an orally acceptable carrier; and (iii) L-arginine in free or orally acceptable salt form; dispersing the clay into an aqueous solution, combining the aqueous solution of clay with an aqueous solution of the dye, adding salt, optionally sodium chloride, under agitation, and isolating the complex from the liquid phase.
A garment steamer for treating a garment, the garment steamer comprising: - a base, - a pole assembly extending from the base, said pole assembly comprising an upper pole section and a middle pole section, - a telescopic coupling for movably coupling the upper pole section and the middle pole section, - an ironing board for supporting the garment during treatment, - a first pivoting coupling for coupling the ironing board and the upper pole section, - a linking arm having a fixed length and being arranged between the ironing board and the middle pole section, - a second pivoting coupling for coupling a first end of the linking arm and the ironing board, - a third pivoting coupling for coupling a second end of the linking arm and the middle pole section. - a base, - a pole assembly extending from the base, said pole assembly comprising an upper pole section and a middle pole section, - a telescopic coupling for movably coupling the upper pole section and the middle pole section, - an ironing board for supporting the garment during treatment, - a first pivoting coupling for coupling the ironing board and the upper pole section, - a linking arm having a fixed length and being arranged between the ironing board and the middle pole section, - a second pivoting coupling for coupling a first end of the linking arm and the ironing board, - a third pivoting coupling for coupling a second end of the linking arm and the middle pole section.
A pharmaceutical composition for use in the treatment of myocardial infarction, wherein the composition comprises an HMGB1 fragment peptide consisting of the amino acid sequence of SEQ ID NO: 3.
A drainage element for a drainage system of an underground space, wherein the drainage element is an elongated object provided with a shell inside which is a water receiving space; the drainage element has groove-like configuration, whereby the shell of the drainage element is provided with a longitudinal side opening which is configured to be faced towards a mounting surface; and the shell of the drainage element comprises edges limiting the side opening; and wherein the edges are provided with several flexible sealing lips whereby the edges have fringed configuration; characterized in that the shell of the drainage element has corrugated configuration, whereby the outer surface comprises alternating valleys and ridges. wherein the drainage element is an elongated object provided with a shell inside which is a water receiving space; the drainage element has groove-like configuration, whereby the shell of the drainage element is provided with a longitudinal side opening which is configured to be faced towards a mounting surface; and the shell of the drainage element comprises edges limiting the side opening; and wherein the edges are provided with several flexible sealing lips whereby the edges have fringed configuration; characterized in that the shell of the drainage element has corrugated configuration, whereby the outer surface comprises alternating valleys and ridges.
A clamp (210: 211; 310) for clamping a work piece (230; 330) together through an aperture, the work piece having an accessible side and a blind surface (233; 333), the clamp comprising: a spacer (218; 318) comprising a bore (231; 331); a bolt (214; 314) engaged through said bore, said bolt comprising a head portion (207: 307) and an externally threaded portion (217, 317); an expander positioned on said externally threaded portion, said expander comprising an end portion, an internally threaded portion and a bulbing portion positioned therebetween, wherein said internally threaded portion of said expander is threadingly engaged on said externally threaded portion of said bolt; a shank (116; 316) positioned on said bolt between said spacer and said end portion of said expander, wherein said shank is constructed and arranged to advance through said bore; and a blocking means (128; 328) that prevents said shank (116; 316) from advancing through said spacer until rotation of said bolt causes said bulbing portion to form a flange, characterised in that said spacer comprises an internally threaded portion (243, 343), said bolt is provided with an undercut (242, 342) between said head portion and said externally threaded portion, said bolt extends through said internally threaded portion of said spacer, said internally threaded portion of said spacer is constructed and arranged to threadingly engage said externally threaded portion of said bolt and said undercut is constructed and arranged so that said internally threaded portion of said spacer is not threadingly engaged with said bolt when said bolt is fully engaged through said spacer. a spacer (218; 318) comprising a bore (231; 331); a bolt (214; 314) engaged through said bore, said bolt comprising a head portion (207: 307) and an externally threaded portion (217, 317); an expander positioned on said externally threaded portion, said expander comprising an end portion, an internally threaded portion and a bulbing portion positioned therebetween, wherein said internally threaded portion of said expander is threadingly engaged on said externally threaded portion of said bolt; a shank (116; 316) positioned on said bolt between said spacer and said end portion of said expander, wherein said shank is constructed and arranged to advance through said bore; and a blocking means (128; 328) that prevents said shank (116; 316) from advancing through said spacer until rotation of said bolt causes said bulbing portion to form a flange, characterised in that
An in-vehicle apparatus, comprising; a wireless communication unit which transmits and receives information relating to shared application between the in-vehicle apparatus and a mobile terminal device, a display device which displays icons indicating shared applications between the in-vehicle apparatus and the mobile terminal device based on the information, and an input device which receives user input indicating the icon corresponding to the selected application by user, so that the information indicating the selected application is transmitted to the mobile terminal device, and the corresponding application stored in the mobile terminal device is activated, characterized in that the information relating to shared application is in the form of a list in which applications indicated by first and second application information are ordered, said first application information indicating one or more first applications stored in the in-vehicle apparatus, said second application information indicating one or more second applications stored in the mobile terminal device, said list including ordinal numbers indicating the ordinal position of the one or more first applications and the one or more second applications in an order in which the icons, corresponding to the one or more first applications and the one or more second applications, are displayed on the display device.