mhurhangee/ep-ind-claims huggingface dataset:
Machine for printing material webs which has a station (1, 11, 41) for monitoring the printed material web, the station (1, 11, 41) for monitoring the material web having a sensor (3, 13) for monitoring the web and at least one support (2, 12) for guiding the web, the at least one support (2, 12) being situated on that side of the web which faces away from the sensor (3, 13), devices being provided, by way of which a pressure difference can be generated and which are set up in such a way that a resulting force acts on the web in the direction of the support, characterized in that a first device which is arranged on that side of the web which faces the sensor causes a positive pressure, the said device comprising compressed air nozzles (6, 7), of which a first compressed air nozzle in front of the support (2, 12) acts on the web and a second compressed air nozzle behind the support (2, 12) acts on the web, and/or in that a second device which is arranged on that side of the web which faces away from the sensor causes a negative pressure, the said second device comprising nozzles, from which air flows which are under positive pressure and are directed transversely with respect to the transport direction (z) of the web can be guided, the nozzles being arranged in front and behind the support (2, 12) as viewed in the transport direction of the web.
A toy system, comprising: - a power unit comprising a body, a motor, a drive element driven by the motor and an on-off switch; and - a first toy body and a second toy body, wherein the first toy body comprises a first driven element (25, 26, 27), and the second toy body comprises a second driven element, wherein the drive element comprises a first drive portion (20, 22, 24) configured for driving the first driven element (25, 26, 27), and wherein the drive element further comprises a second drive portion configured for driving the second driven element, wherein the power unit is configured so as to be insertable into the first toy body such that the first drive portion (20, 22, 24) of the drive element engages the first driven element (25, 26, 27) and the power unit drives the first driven element (25, 26, 27) when the on-off switch is turned on, and wherein the power unit is configured so as to be insertable into the second toy body such that the second drive portion of the drive element engages the second driven element (25, 26, 27) and the power unit drives the second driven element (25, 26, 27) when the on-off switch is turned on. - a power unit comprising a body, a motor, a drive element driven by the motor and an on-off switch; and - a first toy body and a second toy body,
A composition for stabilizing halogen-containing polymers comprising: a) at least one diamine of formula I wherein n is an integer from 3 to 4, x, y, z are independently of each other an integer from 1 to 20, w is an integer from 1 to 2, R 1 is a C 8 -C 20 hydrocarbon residue of a compound selected from the group consisting of tallow, cottonseed oil, soya bean oil, and coconut oil; and b) at least one compound selected from the group consisting of M(ClO 4) k and (CF 3 SO 3) n M, wherein M is H +, Li +, Na +, K +, Mg 2+, Ca 2+, Ba 2+, Zn 2+, Al 3+ or NH 4 +, and k and n are 1, 2 or 3 depending on the valency of M. a) at least one diamine of formula I wherein n is an integer from 3 to 4, x, y, z are independently of each other an integer from 1 to 20, w is an integer from 1 to 2, R 1 is a C 8 -C 20 hydrocarbon residue of a compound selected from the group consisting of tallow, cottonseed oil, soya bean oil, and coconut oil; and b) at least one compound selected from the group consisting of M(ClO 4) k and (CF 3 SO 3) n M, wherein M is H +, Li +, Na +, K +, Mg 2+, Ca 2+, Ba 2+, Zn 2+, Al 3+ or NH 4 +, and k and n are 1, 2 or 3 depending on the valency of M.
A LED filament lamp comprising: - an envelope enclosing a chamber sealed with a stem, wherein the stem extends into said chamber; - a LED filament structure with at least two individually controllable segments; - a controller configured to receive a control signal and control each of the at least two individually controllable segments based on said control signal, wherein the LED filament structure and the controller are arranged within the chamber; - a driver circuit arranged outside the chamber, wherein the driver circuit comprises two powerlines extending through the stem or the envelope for powering the LED filament structure and the controller, wherein the driver circuit is configured to convey said control signal to the controller via a control line extending through the stem or the envelope. - an envelope enclosing a chamber sealed with a stem, wherein the stem extends into said chamber; - a LED filament structure with at least two individually controllable segments; - a controller configured to receive a control signal and control each of the at least two individually controllable segments based on said control signal, wherein the LED filament structure and the controller are arranged within the chamber; - a driver circuit arranged outside the chamber, wherein the driver circuit comprises two powerlines extending through the stem or the envelope for powering the LED filament structure and the controller, wherein the driver circuit is configured to convey said control signal to the controller via a control line extending through the stem or the envelope.
An Multimedia Broadcast/Multicast Service, MBMS, control method for understanding a demand status for an MBMS service that is provided from a network (10, 20) of a mobile communication system, by multicast or broadcast, in the network, comprising the steps of: transmitting, by a base station included in the network, an MBMS counting request for counting user terminals that either receive or have an interest in receiving the MBMS service, by using a predetermined signal that can be received by a user terminal in an RRC idle state, the predetermined signal being a broadcast signal or a multicast signal; receiving, by an MBMS-compliant terminal that supports MBMS reception, the MBMS counting request transmitted by using the predetermined signal, in the RRC idle state; and performing, by the MBMS-compliant terminal, a predetermined operation for transmitting an MBMS counting response, on the basis of the received MBMS counting request, wherein the MBMS-compliant terminal further supports D2D communication, which is direct communication between terminals, the method further characterised by the step of performing the predetermined operation comprises a step of transmitting, by the MBMS-compliant terminal that receives the MBMS counting request, the MBMS counting response through a D2D signal, in the RRC idle state. transmitting, by a base station included in the network, an MBMS counting request for counting user terminals that either receive or have an interest in receiving the MBMS service, by using a predetermined signal that can be received by a user terminal in an RRC idle state, the predetermined signal being a broadcast signal or a multicast signal; receiving, by an MBMS-compliant terminal that supports MBMS reception, the MBMS counting request transmitted by using the predetermined signal, in the RRC idle state; and performing, by the MBMS-compliant terminal, a predetermined operation for transmitting an MBMS counting response, on the basis of the received MBMS counting request, wherein the MBMS-compliant terminal further supports D2D communication, which is direct communication between terminals, the method further characterised by the step of performing the predetermined operation comprises a step of transmitting, by the MBMS-compliant terminal that receives the MBMS counting request, the MBMS counting response through a D2D signal, in the RRC idle state.
A method for configuring a robot for robotic surgical implantation of an electrode, the method comprising: irradiating, by a first light source, a polymer portion of the electrode using a near-ultraviolet (near-UV) wavelength of light, wherein the near-UV wavelength is between 300 nanometers and 425 nanometers, and wherein the first light source comprises a first light emitting diode or a first laser; obtaining, by a first camera, a first image of the polymer portion with light fluoresced from the polymer portion in response to the irradiating; obtaining, by a second camera, a second image of the polymer portion with the light fluoresced from the polymer portion; triangulating, by a processor using computer vision to process the first and second images obtained using the light fluoresced from the polymer portion, a three-dimensional location of the electrode; illuminating, by a second light source comprising a second LED or a second laser, an insertion needle using visible light; obtaining, by the first camera, a third image of the insertion needle illuminated by the visible light; and robotically engaging the polymer portion of the electrode with the insertion needle based on the 3D location, determined using the first and second images obtained using the light fluoresced from the polymer portion, and the third image of the insertion needle obtained using the visible light. irradiating, by a first light source, a polymer portion of the electrode using a near-ultraviolet (near-UV) wavelength of light, wherein the near-UV wavelength is between 300 nanometers and 425 nanometers, and wherein the first light source comprises a first light emitting diode or a first laser; obtaining, by a first camera, a first image of the polymer portion with light fluoresced from the polymer portion in response to the irradiating; obtaining, by a second camera, a second image of the polymer portion with the light fluoresced from the polymer portion; triangulating, by a processor using computer vision to process the first and second images obtained using the light fluoresced from the polymer portion, a three-dimensional location of the electrode; illuminating, by a second light source comprising a second LED or a second laser, an insertion needle using visible light; obtaining, by the first camera, a third image of the insertion needle illuminated by the visible light; and robotically engaging the polymer portion of the electrode with the insertion needle based on the 3D location, determined using the first and second images obtained using the light fluoresced from the polymer portion, and the third image of the insertion needle obtained using the visible light.
ACCELERATED ANGIOGENESIS-INDUCING PROTEIN, characterized by the fact that it has an angiogenic activity, it is an acid dimeric protein, having molecular weight of 20 kDa, an isoelectric point of 4.25, solubility in water solutions, stability in pH from 3 to 10, stability at temperatures of up to 75 °C, wherein it comprises two subunits linked by disulfide bridges, each subunit comprising 100 amino acids, each subunit having a molecular weight of 10 kDa and wherein it is purified from the latex of Hevea brasiliensis
Trailing arm axle for vehicle trailers, having - an axle tube, - a rocker shaft, which is arranged in the axle tube such that it can rotate to a limited extent and has a coupling section, - a rocker arm that is connected with the coupling section of the rocker shaft so as to be fixed against rotation, characterised in that the rocker arm is connected with the rocker shaft by a non-positive fit connection so as to be fixed against rotation, by means of a compression sleeve (10, 10') fixed on the rocker arm, which has a through-opening for the coupling section of the rocker shaft that tapers in the direction of the adjacent end of the rocker shaft, and which is mounted on the coupling section with a press fit. - an axle tube, - a rocker shaft, which is arranged in the axle tube such that it can rotate to a limited extent and has a coupling section, - a rocker arm that is connected with the coupling section of the rocker shaft so as to be fixed against rotation,
An apparatus for steaming and blending a food product, comprising: - a container for receiving the food product, wherein the container comprises a base, a side wall and an annular upstanding column extending from the base of the container and surrounding an opening in the base; - a blade assembly (30, 30') comprising (i) a first annular support member which is coaxially arranged with the annular upstanding column of the container and (ii) at least one blade which extends from the first annular support member, wherein the first annular support member of the blade assembly (30, 30') and the annular upstanding column of the container together form a first steam inlet passage; - a drive system comprising a motor and a drive shaft (42, 42') for coupling the motor to the blade assembly (30, 30'); and - a steam generator for providing steam to the first steam inlet passage via a second steam inlet passage (64, 64') arranged within the annular upstanding column, characterized in that the drive shaft (42, 42') comprises a hollow interior which forms at least a part of the second steam inlet passage (64, 64') and is fluidly connected to the steam generator. - a container for receiving the food product, wherein the container comprises a base, a side wall and an annular upstanding column extending from the base of the container and surrounding an opening in the base; - a blade assembly (30, 30') comprising (i) a first annular support member which is coaxially arranged with the annular upstanding column of the container and (ii) at least one blade which extends from the first annular support member, wherein the first annular support member of the blade assembly (30, 30') and the annular upstanding column of the container together form a first steam inlet passage; - a drive system comprising a motor and a drive shaft (42, 42') for coupling the motor to the blade assembly (30, 30'); and - a steam generator for providing steam to the first steam inlet passage via a second steam inlet passage (64, 64') arranged within the annular upstanding column,
An electric power steering device, comprising: a steering assistance mechanism including an electric motor that applies a steering assistance force to a steering system; and a control device that drives the electric motor, wherein the control device includes an arithmetic processing device that carries out an initial diagnosis including a diagnosis of power interruption means of the control device at least when an ignition switch is switched to an on-state, causes the control device to operate when a result of the initial diagnosis is that there is no impediment to an operation of the control device, characterised in that the arithmetic processing device carries out a diagnosis of the power interruption means after the ignition switch is switched to an off-state after the control device operates, and determines a diagnosis item to be implemented in a succeeding initial diagnosis based on a result of the diagnosis. a steering assistance mechanism including an electric motor that applies a steering assistance force to a steering system; and a control device that drives the electric motor, wherein the control device includes an arithmetic processing device that carries out an initial diagnosis including a diagnosis of power interruption means of the control device at least when an ignition switch is switched to an on-state, causes the control device to operate when a result of the initial diagnosis is that there is no impediment to an operation of the control device, characterised in that the arithmetic processing device carries out a diagnosis of the power interruption means after the ignition switch is switched to an off-state after the control device operates, and determines a diagnosis item to be implemented in a succeeding initial diagnosis based on a result of the diagnosis.
A barrier gate, comprising: a barrier gate body located on a road surface; a barrier gate rod arranged on the barrier gate body and rotatably connected with the barrier gate body for restricting the entry and exit of road vehicles; a holding-pole fixing device arranged on one side of the barrier gate body, and used to stably place the barrier gate body on the road surface; a connecting member, wherein one end of the connecting member is connected to the barrier gate body, and the other end is detachably connected to the holding-pole fixing device; wherein, the barrier gate body is used for controlling the up and down state of the barrier gate rod according to a control signal; wherein, the holding-pole fixing device comprises a positioning rod located on the ground and used to facilitate connecting an external equipment, three fixing rods located on the ground arranged in a circumferential direction of the positioning rod, and first connecting rods and second connecting rods arranged between the three fixing rods. a barrier gate body located on a road surface; a barrier gate rod arranged on the barrier gate body and rotatably connected with the barrier gate body for restricting the entry and exit of road vehicles; a holding-pole fixing device arranged on one side of the barrier gate body, and used to stably place the barrier gate body on the road surface; a connecting member, wherein one end of the connecting member is connected to the barrier gate body, and the other end is detachably connected to the holding-pole fixing device; wherein, the barrier gate body is used for controlling the up and down state of the barrier gate rod according to a control signal; wherein, the holding-pole fixing device comprises a positioning rod located on the ground and used to facilitate connecting an external equipment, three fixing rods located on the ground arranged in a circumferential direction of the positioning rod, and first connecting rods and second connecting rods arranged between the three fixing rods.
A method for drying a medical device, the method comprising: disposing a medical device within a drying apparatus; wherein the drying apparatus includes a variable frequency microwave heating device; wherein the medical device includes a substrate, the substrate including an active pharmaceutical ingredient and a solvent; and heating the medical device with the drying apparatus, wherein heating evaporates at least a portion of the solvent, wherein heating the medical device with the drying apparatus includes cycling the variable frequency microwave heating device across the frequency band. disposing a medical device within a drying apparatus; wherein the drying apparatus includes a variable frequency microwave heating device; wherein the medical device includes a substrate, the substrate including an active pharmaceutical ingredient and a solvent; and heating the medical device with the drying apparatus, wherein heating evaporates at least a portion of the solvent,
A hinge assembly for hingedly mounting an opening member to a support wherein a first and a second mounting surface (32, 42) of respectively said support and said opening member are substantially parallel when said opening member is in a closed position, comprising a first mounting member for connecting to said first mounting surface; an eye bolt mountable to said first mounting member and comprising an eye portion and a threaded portion, said threaded portion having a longitudinal direction perpendicular to an axis of rotation of the hinge assembly when assembled; a mounting pin for connecting said eye bolt to said first mounting member allowing rotational movement of said eye bolt relative to said first mounting member; a second mounting member for connecting to said second mounting surface and mountable to said eye bolt, said second mounting member comprising at least one fixing means (26, 27, 28) for connecting said second mounting member to said second mounting surface; two nut elements (72, 74) for mounting said second mounting member to said threaded portion of said eye bolt, characterised in that the hinge assembly comprises a securing cover mountable over said two nut elements (72, 74) and over at least a portion of said second mounting member, which portion includes at least one of said at least one fixing means (26, 27, 28); the cover comprising assembling means (54, 57, 59) for assembling said cover to said eye bolt and said mounting pin, which assembling means comprises at least one elongate slot (57, 59) in the cover for receiving said mounting pin, which elongate slot is elongated in said longitudinal direction of said eye bolt when assembled to allow displacement of said cover in said longitudinal direction of said eye bolt and a connection portion for moving over or hooking behind a free extremity of the threaded portion of said eye bolt restricting displacement of said cover to a displacement of the cover in said longitudinal direction of said eye bolt; and a cover support member arranged to be inserted between said cover and said eye bolt for fixing said cover in said longitudinal direction in a predetermined position.
A computer implemented method of producing an oral appliance containing at least one medicament using a computer, the method comprising: generating first digital data; generating a second digital data; combining the first digital data and the second digital data to form third digital data; characterized in that the Dig1 represents a first virtual layer overlying and conforming to a Base Image which is a digitally stored topography of an oral cavity produced by an imaging device; the Dig2 being generated from the Base Image by performing a digital segmentation defining at least one treatment surface area including discrete regions of the oral cavity in need of treatment, and producing said second digital data so as to represent a second virtual layer circumscribed by said at least one treatment surface area and including a volume extending into said topography; the Dig3 representing said first virtual layer having a surface with said at least one second virtual layer added onto the surface and being configured to direct a 3D printer, wherein the treatment surface comprises discrete regions where at least one medicament is to be placed; and directing the 3D printer to produce the oral appliance containing the at least one medicament. generating first digital data; generating a second digital data; combining the first digital data and the second digital data to form third digital data; characterized in that the Dig1 represents a first virtual layer overlying and conforming to a Base Image which is a digitally stored topography of an oral cavity produced by an imaging device; the Dig2 being generated from the Base Image by performing a digital segmentation defining at least one treatment surface area including discrete regions of the oral cavity in need of treatment, and producing said second digital data so as to represent a second virtual layer circumscribed by said at least one treatment surface area and including a volume extending into said topography; the Dig3 representing said first virtual layer having a surface with said at least one second virtual layer added onto the surface and being configured to direct a 3D printer, wherein the treatment surface comprises discrete regions where at least one medicament is to be placed; and directing the 3D printer to produce the oral appliance containing the at least one medicament.