mhurhangee/ep-ind-claims huggingface dataset:
A communication method of managing communications to and from a handset device controlling a therapeutic product delivery device, comprising the steps of: transmitting, to a server, patient information regarding a user to be associated with the handset device; at the server, associating the handset device with the patient information, and generating a handset specific code, and transmitting data from the handset device to the server in association with the handset specific code, characterised in that at least part of a unique identifier for a handset device for controlling a therapeutic product delivery device is transmitted with said patient information, the handset specific code is transmitted by the server to the user, and at the handset device, receiving a manual input of the handset specific code. transmitting, to a server, patient information regarding a user to be associated with the handset device; at the server, associating the handset device with the patient information, and generating a handset specific code, and transmitting data from the handset device to the server in association with the handset specific code, characterised in that at least part of a unique identifier for a handset device for controlling a therapeutic product delivery device is transmitted with said patient information, the handset specific code is transmitted by the server to the user, and at the handset device, receiving a manual input of the handset specific code.
Electrical connector with an electrically insulating contact carrier and with a plurality of electrically conducting contact pins which are held in the contact carrier, wherein the contact carrier has a connection region for connecting a first external component and a contact region for contacting a second external component, the connection region and the contact region being joined together by a connecting region, and wherein said contact elements are arranged centrically symmetrically in a cross section of the connecting region, wherein at least one impedance correction element (112, 116) is arranged in the contact carrier for setting the impedance of the connector in the region in which the contact pins are arranged, wherein the contact pins are angled through 90°, characterised in that the impedance correction element comprises an electrically conductive impedance correction pin that is embodied in a non-angled manner and is inserted parallel to the contact pins in the connecting region and the connection region.
A chemical-mechanical polishing composition comprising: (a) 0.01 wt.% to 1 wt.% of wet-process ceria, (b) 10 ppm to 200 ppm of a cationic polymer comprising quaternary amino groups, (c) 10 ppm to 2000 ppm of a non-fluorinated nonionic surfactant, (d) an amino acid, and (e) water, wherein the polishing composition has a pH of 3 to 8. (a) 0.01 wt.% to 1 wt.% of wet-process ceria, (b) 10 ppm to 200 ppm of a cationic polymer comprising quaternary amino groups, (c) 10 ppm to 2000 ppm of a non-fluorinated nonionic surfactant, (d) an amino acid, and (e) water,
A toothbrush comprising a handle (2, 23), a head (4, 25) and a plurality of bristles (5, 26) attached to a face of the head; whereby the free ends of the bristles form a working line (L, L') of the toothbrush and whereby the working line defined by the ends of the bristles may form a flat working surface or a working surface that is curved in a transversal direction; said toothbrush comprising a connecting portion (3, 24) located between the handle (2, 23) and the head (4, 25), with the handle (2, 23) and the connecting portion (3, 24) which extend from the head (4, 25) in a direction opposite to that of the bristles (5, 26) defining said working line (L, L'); said handle also extending along a principal longitudinal axis and the toothbrush working line extending longitudinally in a direction parallel to the principal axis of the handle; the handle further comprising a finger rest, located on the same side of the handle as the bristles on which a user can engage a finger when holding the handle, said connecting portion extending in a linear or substantially linear direction and having an upper surface, that is linear or substantially linear; the toothbrush being characterised in that the the height between one end point of the finger rest and the working line of the toothbrush varies in a range of 1.7 cm to 3.5 cm.
A modular docking station, comprising: a) a base component comprising a plurality of modular apertures (502-1...502-N), wherein each of the plurality of modular apertures is configured to receive a hardware to perform a specific function; b) a receiving component configured to receive a mobile device, wherein the receiving component comprises a protective enclosure configured to surround the mobile device in order to protect the mobile device; c) a coupler configured to couple the receiving component to the base component; d) communication interface circuitry d1) comprising a plurality of vehicular interfaces (314 to 322) to receive data from a vehicle using several protocols, and d2) configured to execute a software application that processes data received from the vehicular interfaces; and e) a standardized interface configured to assign an internet protocol address to the mobile device, to receive data from the software application and to send data to the mobile device through a wireless driver and a wireless interface. a) a base component comprising a plurality of modular apertures (502-1...502-N), wherein each of the plurality of modular apertures is configured to receive a hardware to perform a specific function; b) a receiving component configured to receive a mobile device, wherein the receiving component comprises a protective enclosure configured to surround the mobile device in order to protect the mobile device; c) a coupler configured to couple the receiving component to the base component; d) communication interface circuitry d1) comprising a plurality of vehicular interfaces (314 to 322) to receive data from a vehicle using several protocols, and d2) configured to execute a software application that processes data received from the vehicular interfaces; and d1) comprising a plurality of vehicular interfaces (314 to 322) to receive data from a vehicle using several protocols, and d2) configured to execute a software application that processes data received from the vehicular interfaces; and e) a standardized interface configured to assign an internet protocol address to the mobile device, to receive data from the software application and to send data to the mobile device through a wireless driver and a wireless interface. to assign an internet protocol address to the mobile device, to receive data from the software application and to send data to the mobile device through a wireless driver and a wireless interface.
A subsea heating apparatus for heating a subsea component, such as a subsea pipeline, the subsea component extending along a longitudinal direction, the subsea heating apparatus comprising: - an induction coupler including a first section with a first number of first core part(s) and a second section with a second number of second core parts, at least one first core part which is magnetic being configured to be coupled with at least one respective second core part which is magnetic to form at least one magnetic core ring, each magnetic core ring being adapted to surround a respective carrying electrical conductor intended to be electrically connected to an electric power source, - at least one component electrical cable configured to be arranged in association with the subsea component to be heated, each component electrical cable being adapted to receive power from the electric power source via the induction coupler and to heat the subsea component by electric dissipation when receiving power; wherein the induction coupler includes several windings, each winding being wound around a respective second core part and being connected to one or several respective component electrical cable(s), and wherein the second section is adapted to be attached to the subsea component and characterized by several second core parts are arranged in several distinct radial positions, distributed around the longitudinal direction. - an induction coupler including a first section with a first number of first core part(s) and a second section with a second number of second core parts, at least one first core part which is magnetic being configured to be coupled with at least one respective second core part which is magnetic to form at least one magnetic core ring, each magnetic core ring being adapted to surround a respective carrying electrical conductor intended to be electrically connected to an electric power source, - at least one component electrical cable configured to be arranged in association with the subsea component to be heated, each component electrical cable being adapted to receive power from the electric power source via the induction coupler and to heat the subsea component by electric dissipation when receiving power; wherein the induction coupler includes several windings, each winding being wound around a respective second core part and being connected to one or several respective component electrical cable(s), and wherein the second section is adapted to be attached to the subsea component and characterized by several second core parts are arranged in several distinct radial positions, distributed around the longitudinal direction. wherein the induction coupler includes several windings, each winding being wound around a respective second core part and being connected to one or several respective component electrical cable(s), and wherein the second section is adapted to be attached to the subsea component and characterized by several second core parts are arranged in several distinct radial positions, distributed around the longitudinal direction.
A method for isolating plasmid DNA from bacteria by alkaline lysis, the method comprising: a) providing a bacterial culture medium comprising bacteria having plasmid DNA; b) adding a concentrated P2 reagent of about 0.5 M to about 1 M NaOH and about 3% to about 10% SDS or saturation, directly to the bacterial culture medium, to produce a cell suspension, wherein the P2 reagent comprises an alcohol to reduce SDS precipitation, wherein the alcohol is selected from isopropanol, 1-propanol, and ethanol; c) adding a modified P3 reagent to the bacterial suspension to produce an alkaline lysate, wherein the modified reagent comprises a chaotropic agent; d) removing cell debris from the alkaline lysate by filtration or centrifugation to obtain a lysate filtrate, and then capturing the plasmid DNA in the lysate filtrate using a DNA binding matrix; e) washing the plasmid DNA bound to the DNA-binding matrix; and f) eluting the plasmid DNA. a) providing a bacterial culture medium comprising bacteria having plasmid DNA; b) adding a concentrated P2 reagent of about 0.5 M to about 1 M NaOH and about 3% to about 10% SDS or saturation, directly to the bacterial culture medium, to produce a cell suspension, wherein the P2 reagent comprises an alcohol to reduce SDS precipitation, wherein the alcohol is selected from isopropanol, 1-propanol, and ethanol; c) adding a modified P3 reagent to the bacterial suspension to produce an alkaline lysate, wherein the modified reagent comprises a chaotropic agent; d) removing cell debris from the alkaline lysate by filtration or centrifugation to obtain a lysate filtrate, and then capturing the plasmid DNA in the lysate filtrate using a DNA binding matrix; e) washing the plasmid DNA bound to the DNA-binding matrix; and f) eluting the plasmid DNA.
Method for infiltrating a fibre preform of a component made from fibre composite material with a matrix material, wherein - an elastic cover is applied to the fibre preform (1, 23, 37), - the elastic cover is widened to form a gap space between the fibre preform and the cover via means operatively connected to the elastic cover, - the matrix material is fed into the gap space and - then the elastic cover is pressed against the fibre preform (1, 23, 37). - an elastic cover is applied to the fibre preform (1, 23, 37), - the elastic cover is widened to form a gap space between the fibre preform and the cover via means operatively connected to the elastic cover, - the matrix material is fed into the gap space and - then the elastic cover is pressed against the fibre preform (1, 23, 37).
An air conditioner comprising: a case having a suction port, a discharge port formed below the suction port, and a discharge passage for guiding air to the discharge port; a blower fan disposed inside the case, the blower fan is configured to generate an air flow from the suction port to the discharge port; a first vane for closing the discharge port or for guiding the air discharged through the discharge port; a first link connected to one side of the first vane; a second link connected to the other side of the first vane; a motor configured to rotate the first link; and a first stopper disposed at the discharge port to come into contact with an upper end of the first vane; characterized by a second stopper disposed at the discharge port to come into contact with a lower end of the first vane, wherein when the first link rotates so that the first vane closes the discharge port, the first stopper comes into contact with the first vane earlier than the second stopper. a case having a suction port, a discharge port formed below the suction port, and a discharge passage for guiding air to the discharge port; a blower fan disposed inside the case, the blower fan is configured to generate an air flow from the suction port to the discharge port; a first vane for closing the discharge port or for guiding the air discharged through the discharge port; a first link connected to one side of the first vane; a second link connected to the other side of the first vane; a motor configured to rotate the first link; and a first stopper disposed at the discharge port to come into contact with an upper end of the first vane; characterized by a second stopper disposed at the discharge port to come into contact with a lower end of the first vane, wherein when the first link rotates so that the first vane closes the discharge port, the first stopper comes into contact with the first vane earlier than the second stopper.
A communication control method performed at a base station, comprising steps of: transmitting, from the base station to a user equipment in a connected state, a connection release request for requesting a release of an RRC connection, wherein the connection release request includes information indicating a request of holding an identifier assigned by the base station; and holding the identifier in the base station; performing a random access procedure with the user equipment in an idle state, wherein the step of performing the random access procedure includes the steps of: receiving a random access signal from the user equipment, the random access signal indicating transmission of small data from the user equipment; transmitting a random access response that is a response to the random access signal, to the user equipment; and receiving the small data together with the identifier from the user equipment in response to transmitting the random access response, while the user equipment is in the idle state. transmitting, from the base station to a user equipment in a connected state, a connection release request for requesting a release of an RRC connection, wherein the connection release request includes information indicating a request of holding an identifier assigned by the base station; and holding the identifier in the base station; performing a random access procedure with the user equipment in an idle state, wherein the step of performing the random access procedure includes the steps of: receiving a random access signal from the user equipment, the random access signal indicating transmission of small data from the user equipment; transmitting a random access response that is a response to the random access signal, to the user equipment; and receiving the small data together with the identifier from the user equipment in response to transmitting the random access response, while the user equipment is in the idle state. receiving a random access signal from the user equipment, the random access signal indicating transmission of small data from the user equipment; transmitting a random access response that is a response to the random access signal, to the user equipment; and receiving the small data together with the identifier from the user equipment in response to transmitting the random access response, while the user equipment is in the idle state.
A stator disk of a vacuum pump, in particular of a turbomolecular pump (10, 84), which comprises at least two partly annular stator disk sections, preferably two stator disk halves, each having a plurality of sheet metal blades following one another in the peripheral direction, wherein the partly annular stator disk sections are each formed from a plurality of individual sheet metal part segments, characterized in that the individual sheet metal part segments of a respective partly annular stator disk section are connected to one another via a common injection molded part in the region of their inner and/or outer periphery (96 or 98).
A transducer assembly (10, 40, 60), comprising: a support terminal (12, 42, 62); and at least one probe (14, 44, 64) attached to and extending from the support terminal (12, 42, 62); wherein the at least one probe (14, 44, 64) includes at least one leg structure (18,20, 48, 66) supporting an electrode (25, 29, 57, 70) disposed at the distal end of the leg structure (18, 20, 48, 66) for sensing or stimulating the state of a particular property of a selected subject area when the electrode (25, 29, 57, 70) is applied by the leg structure (18, 20, 48, 66) to the selected subject area; and wherein the at least one leg structure (18, 20, 48, 66) is so disposed in relation to the support terminal as to be disposed at a non-perpendicular angle to the subject area when the transducer assembly (10, 40, 60) is applied to the selected subject area; and wherein the support terminal (12,42,62) and the at least one probe (14, 44, 64) are made from an elastomer plastic material that is flexible and bendable; characterised in that: the surface of the support terminal (12,42,62) and the at least one probe (14,44,64) are rendered conductive by an applied conductive material. a support terminal (12, 42, 62); and at least one probe (14, 44, 64) attached to and extending from the support terminal (12, 42, 62); wherein the at least one probe (14, 44, 64) includes at least one leg structure (18,20, 48, 66) supporting an electrode (25, 29, 57, 70) disposed at the distal end of the leg structure (18, 20, 48, 66) for sensing or stimulating the state of a particular property of a selected subject area when the electrode (25, 29, 57, 70) is applied by the leg structure (18, 20, 48, 66) to the selected subject area; and wherein the at least one leg structure (18, 20, 48, 66) is so disposed in relation to the support terminal as to be disposed at a non-perpendicular angle to the subject area when the transducer assembly (10, 40, 60) is applied to the selected subject area; and wherein the support terminal (12,42,62) and the at least one probe (14, 44, 64) are made from an elastomer plastic material that is flexible and bendable; characterised in that: the surface of the support terminal (12,42,62) and the at least one probe (14,44,64) are rendered conductive by an applied conductive material.
A communication method, comprising: determining, by a terminal device, a maximum number of blind detection in a first time unit, wherein the first time unit is one or more symbols, wherein the first time unit comprises N blind detection occasions, and a number of physical downlink control channel, PDCCH, blind detection performed by the terminal device in the N blind detection occasions is less than or equal to the maximum number of blind detection, wherein N is a positive integer and N≥2; and performing, by the terminal device, PDCCH blind detection in the i th blind detection occasion of the N blind detection occasions based on first information, wherein i is a positive integer, and i≤N, and the first information comprises a search space type; and the performing, by the terminal device, PDCCH blind detection in the i th blind detection occasion based on first information comprises: performing, by the terminal device, PDCCH blind detection in a plurality of search spaces based on priorities of search space types in the i th blind detection occasion, wherein the search space types comprise a common search space and a user-specific search space. determining, by a terminal device, a maximum number of blind detection in a first time unit, wherein the first time unit is one or more symbols, wherein the first time unit comprises N blind detection occasions, and a number of physical downlink control channel, PDCCH, blind detection performed by the terminal device in the N blind detection occasions is less than or equal to the maximum number of blind detection, wherein N is a positive integer and N≥2; and performing, by the terminal device, PDCCH blind detection in the i th blind detection occasion of the N blind detection occasions based on first information, wherein i is a positive integer, and i≤N, and the first information comprises a search space type; and the performing, by the terminal device, PDCCH blind detection in the i th blind detection occasion based on first information comprises: performing, by the terminal device, PDCCH blind detection in a plurality of search spaces based on priorities of search space types in the i th blind detection occasion, wherein the search space types comprise a common search space and a user-specific search space.